Cmc04g0107321 (gene) Melon (Charmono) v1.1

Overview


Name	Cmc04g0107321
Type	gene
Organism	Cucumis melo L. var. cantalupensis cv. Charmono (Melon (Charmono) v1.1)
Description	CMP/dCMP-type deaminase domain-containing protein
Location	CMiso1.1chr04: 25840963 .. 25887780 (-)
RNA-Seq Expression	Cmc04g0107321
Synteny	Cmc04g0107321

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

GTTTACACATACACTTCTATTTCTATTTCTATATTTTTAATAGTTAATCTCTTTTTTCCTAAACCTATTTTGTCGTTTCGGACAGTTAAAAACCCCTGCCGCCGCCGTCCCGTTCCTTCCGGACGGCCTCTCAGCTCCTGCTCTCTCACGCCGCTCTCCCTGCCTTCCGACGAAATCGCTGCCCTCACCCCCTCCGAGCAATCAGAGTTACTTATCTACTTCCTTCTTCTCAGAAACGCAGTGGTTCAGCCCCTAAACCCTAGGTGAGATCGCTCTGCCGCCACTCATGTTTTACAACCCTAAGATTTGATCATTTGTGGTTTTTTGTTAGTTTATGTTTGTTTATTCTGTTCATCTACGGAGAAGAAAATCGATAAATTTTTTTCTTTTGTTGATTTCTTGTTCTACTAATGTTCAAGCAGTATATCCAAATCAATAAATGAAGGGAAGAAAAAAGTTTAAAACATGAACTAAGAAAGACACTTACTTTGGTTGGTTGTAAAAAAGAGTAAGAAAACCTGTATTTGAAGGGATTGATATGATAGTTTTTAGTTTAGAAAAACAATAAGATACAATGACTAGTTATTTTCCAACTAATTCAATATAATTTACACATATAACTAATATCCACGCTGTTTGTCGTCCAAGTCGGTCCCTCTCATCGCCAAGCAACGTCATCGTCGATTGCCGCTTCTCCTCAGATGAAGCTGCGGGCAGTCGTGCTGTCAAATCCCCTCCCGAACTACTTGCTAGATTAGCCCGAAAGAAGGTGTGAAGCCGACTGATATCGCTCTCCTCTAACGATACCTGTCGACTCTGTTGAACTCTTTAACCTGATAATCATGCTAATATTGTATATAAACTATTTTACATGCAACACAACACAACAAAACACAGCGAAACCTAGACTAATCATAGACATACATGAAGTGTATGAAATAACTAATTTAGCAAGTAAACCTGAAGGAGACATCATAACCAAAAACATATCTAACAAAGGTTAACACAACTGCAACACCTAGAGCTTACACAAACTGTAGAGTATCTATATCCTACAAAGACATCAACATAACAAAATAGACTCTATATACAACTCCAACCATGTACTGGCAATCGATCTGAGAGTTTTTAACAGACTAAGGCAGTCTATCAAGTACTGGGAGCTTAATCTCTACCTGAAAATGGAAAAAATATTTTGGAAGGGTAAGCTATAAAGCTCAGTGAGTTACTCAGTTTAAAACTGTAAATATAGAGATTAGAGCATGTGAAAACTTTACATATATAAATCTGTTTAATCAAGCCGTAAATGTAGACGTACATTAATAATAACAGCTTTCTCAAATACTCAGCATGCATGTCGTTAAAATCTAGCAACACATATCAAGTATATCGAAACATTTTAACTAACATGCAATTTATTTGAACTTAGAGCTAGGGGTAGCCCAAACTGTGTTTTATGATTTTACTATTCTAAACCTTTATTTAACAAAAATGTTTTATTTATTTTAATTGATTTTGTAAGAATTATATTTTCAAGCCTATGCATGCGTGTAGTAGCGTCCTTGATAGTGTCAGAAAGTCAGGCCATTACACAGTTCCCTTTCAAATTAGATCAAAGTTCTTTAGACATGTCTCTAATGCTTGGAAATATTTTTTTTTTAGCTACGGAGTAGTTGTCAATTTACTTCAACACCTTTCAGCAAGAACCTTGAGGCTGTTTCGATGAGTTTTATACATTAGGACACTATTTAGACCCTTTCAGATTAAGTCTAAGTGTCGTATATTAGTCAATTACTATTGGGTTACTCTCTATTCGTAGTTTATACCTTTTTGAAGTGTTTGGACTGATGTTTAAGGTCCCCTTAGTTAAAGTCATTCATTTCGAAAATTGTTAAGGCTCTAAATAAGGTTTTGATCTAAGTTCGTAATTTTGGAATCATGTTTTACCATTTCAGGAGCCTTTAGATTCAATTTTTTCTGAAAAGGAAACAATGTGGTTGGACCCAATTTCTTGGGCAAGATTCAAGGAATTATTATTTGATCAATATCTTCTTGATACTATGGAAGATAAGGAAGGAGTGCTTTTACTACTCATTCAAAGATGCATGTTAGTGGCACAACAGAAGGTTTTTTGAGTTGTCTCACTTCACCCCTGATCAGATCGATACGGAGCAAAGAAAGGTGAGGAAGTTCATTAAGGGCCTTTGTAAAGTGAAAAAGGAATAGTAGCCCTTGTATGATTAACTATTTATGTCGGGGCTTTTTCAATCACCATGACTTTGGATAGGGACATTCCAAGAGTGGAACAATGTAGGGAATTGGGCACCTCATATGGGGTTAAGTCTAATATTCCAGAAAGCTCAAGGAGTCCTTTAGTGAGTGTGCATCTACATGTTGAGAGTGGACCTACTTCTAGAACCAAGAGAAAATCTCCTGAAGTGAAAAGGGAATAGTAGCACTTGTATGACCAACTACTTATGTCGAGGTTTTTTCAATCACAATGATTTTGGACGGGGACATTCCAAGAGTGGAACAACGTAGGGAATTAGGCACCTCATATAGGGTTAAGTCTAATATTCTAGAAAGCTCAGGGAGTCCCTAGTGAGTGTGCATTTACATGTTGAGAGTGGACCTACTTCTGGAACCAAGAGAAAATCTCCTCTCTTGTCTACTCTATCATAGGAGGCGTTACAAAATAAGGACTTTTCTCATCCCTTGTGTTCCTTGTGCCAAAAATATCCTCTAGAGGCATGCTAGATTGTTTCAATTGTCGTAAGAATGGACACTATGTATGTCGGTATTCAACAAGAGGCGATCAAAACTCGAAGAAGTCGACTTCGGAAGTCATCTCAACTTCAACACATGTAGGTAAACAAAAAACGCTCGTCTCTGAGCTCACAAAGGAAGCAGTGCAAGATGTTGAGGTAGTTGCTAAATGTACACTACCCTAGACATGTTTCTTCTACCTGCATCTCAATTTTTTTGAGTAGGAGTTCCCCCAAAAGAGAAACCCCTCCAAAGTAGGCATATGCCGCTTTGAGTGGCAAACACACGATATTCTTTAGTAAAGGGCGAAAAAATAGTTCGCTCTGTGCTCACCGCACAACTTTGTGACACTTGCATCTCATTTACCATTTCTATGTTTCTAAGTTGTTGCTTTAGTGATGTCACGGTTCTTAGTGCTTGTGTTTTGTTTGGTTTGCTCATGGTTGAGTCCTTTCTTCTTCCTTGACCCACACATGTCAAGAGAACTTAGAGCTTAGCCATTACATTACCTTGTGTGCTTGCACCTTCATGGGCCAAAGGTTCAAGTTGAGAGTGACTTGGATAAGAAAAGATTAAGTCAAGGCTAGCGTTCAGTGTTATTAGGCACAACATTCAAATAGAAGGTAAAGTAATGTATATAGAAGTCTCTGGAATATCTTGGACTTTTCTCTTGGCTATTGGTAAAATGTTGTTGTTTGTTAAAATTTCATTTTGTGGTACGTCACTGATTGTTGATTCTTCATGCTTATAGACAAATTTCTCAAATAATAAGAGAGTAGTAGTACTACAGTAATAATATATGTATATTTTGCAAGATATGAGTTGGGGTTGGTGGTAGTAGTTGTGTATTTTAAACAATAAACTGAATCCAACAGCACAACACGTAACACATGTAAAGAGCAAGAGTATAACGGTAACTGAAGCTAGCCCTAGCTGCCTCGTTCAATATTTTTCCCACTGCCGTTCTCCATGTTCGCTGCTGCACAGTTTCAAAGTCAACTTTTGTTCATGGTACTCTGTTGTTGGACCTTGCCCACAGCTGTCTATTACCCTTTGCGACACACCTATTGAGTCTTGGACAGTTAGATGAGATTCTTAGTTGGTTTATCTACTCTCCCTCTTCCCCTTTTTTATTTTTTTTCTCTTTGAGTTATGTTCCTTAGCTTGTTAAGTTTTAGTATTTGAGTTGATTAAAGCATTAGTTTGTTTATTCTTTTCTAGGAATTCAAAATCACAAGCATACAGTATGAGCAAAATTATTTATATCCCAGATAAGCTGCCAACTCCACCGGATCAACAACCCACTGGTTACATTTTGTTTTCTTTTTTTGTTTTTTGTTTTTTTGCTTTTGTTTTTGTTTATATTTTTTACACTCTCTCAGAGATTGTCGTCTGTTGTAATTGGCAGTTAATGTCTTTGCTGCTGTGGTTGAACCCAAGATAATCAATAATCTTGTGAGGTTTGCTTTGTGCTATTTTCTCCAGATTATAATCCGTTCTTCTGAGGTTTCTCATTTACTCAATGAAATAAGTTGAAGTATTCTAAATGATGTCAATTTGAAGTGAACGCATTCTTTTTCCTTGAAATAAGTTTTGTAATGTGATTGTTGTTGGCTGGCTTTATGTAAGTTTTACTTTCTTAGAATATGTCTGGAAGGAAGGGTCAAAATCAAAAATAGATTCTATTTCATGAAATCTATGGGGGAGTCGATGTATAATTTTCTCATTGATTCGTTATTTCTTGGATTACAATTGTTTCCTTATTTTGTAAAGTTCTTAGCTTGTCTTTGTAGGCGACTAAATCAGATAGCGCCATTGGAAAATCTTCGCCATGTGAAGAGAGTTCAGAAGAAGCACCTTGAAGATGGTATGCATCTAGATTTATTGCAAACTTGCCTTTCTTTTTTACCCTTACCTCTTCGAATAATTCCTATGATGTCATTTTGGGCTGTTTTTGTCTTCTTTTCAAATGCTTGCTTGAGTTTTTGGTATACTGAGAGAAATAATTGTAAAAAAGGAAAAGAGTTAGTTGTAAAGGGCAGTTACGAGTATTATACTAATTTTCCTACATCTTGTAGTTACTTCCCTCTATAACTGAAGACCTCTCCCCACTTTTTGAGGAAGAGAATCATTTTCATAAATATTCAGATCTTGGTTTACATCAAATTTGGTATAAAGAGCACTCCAAGTTTCGGGTAGTTTTTAGTCTTTGGTGGCTGGTGTGGCGGTCTTGATGAAGAAGAAGAGTATGTTTTCAGTTCTAATTGGATGAGGGAAGTATGCTTCAAAGCCTTTGGCAATTAGGATGGTTTCGCTTCGGTGGGTTGTATCGTGAACTACCAAGAGTTTTCATTTCCAGTGAGATTTTGTGTTGGTTGGAATAATGAAGGTGAGGGTTAGAAACTGCAGAAGAAGTTACTAGTGCTGCGGCCGTCCGGTCTTTTAGTTTGTCTATAGGTCAGAAAAGGAGGGAAGAGGGAAAGGAACATGATTAATTTGAATTGTTCCAAAAGTGTTGGCTGAATGGGGTCAAGGCCCATAGTGAGAACGAAATGACACTGACCGACTCAAAGAGGGCTTTTGAAGTGGGCTGTAGAAGGGGATCAAAGGTGGACCCTATTGTTTCAGATTTCAAAGAACCTTTGGAGCCTTCTCCATGGGCTCAGAAAAGGGCTCTGTTGCTCAAAAGAGTTCTTAAAAAAAGGCCTCTGGTTTCTAGTGTGAAAGCCCAAGAGGAGACACATAAAAAAATCGGGCTCTAGCCCATTTCAACAAAAGTTATGGTCTGATTTTGTTTACTCGACAAAGGCTAAAGAGATTTTAAGGGCTTTTTGGGGAAAGGAGATGGAGGGCGGTCCATTGGATCAGGTCTCGAAGGAGAGTCGGAAGGTGAGTATGGATTAGATCCTTTGATAATTAGCTATTTAGAAGATGATTCCTTCTTACTGACGTCGATGTTTACAAATTGTTCGGATAGGGAGACAGCAGTTGATCATCTTAAAAAGTTTATGACTAAGAAGGAATGTCGAATTTAATGAATTACGAAGTGGAGGTGTCATCAAGGGATGCTAGTTCCGTGGGTCAGGTAAGCAAGTCTCATAACAACTAACCAGCAGGTTTGGCGTGTGGTGAGACTGAATAGGTTGGTACCCTTCCTTTGGTTCCCTGTCCTCCGGTGGGTTTGAGAGATTTAGTGGAGTCCTCTCCCTTCAATTTCTTTCTCCAGTTTAGTGCAACTGAAACGGGGTGTTATGATCCTTCTTCTGTGTTTTTGAATCCTTATCCTTACTAGGGAGGTGTGGTGTGTACCTTACCTTTAACGCCTGTTTATTCTTTGGGAGAGAGGTGGCAACATCGAGTGTTATAGCAGGAGGTGCCGTCGAAGGAGGTCGGTTCCGTGGGCCAGGTAAGCGAGTCTCTTAACAACAACTATCTGGCGGGTTTTGTGTGCAGTGAGACAGAACAGGTTAGTACCCTTCCTTTGGTTCCTTGTCCTCCAGTGCGTTTGGGAGGATTTGAGACATTTAGTGGAGTTCTGTCCCTTTAATTTCTTTCTCTGGTTTAGTGCAACATAAACCTCGGGGGGGGGGGGGGGGGGGGCAATTTCAGAATGAGCGTTATTATCCTTCTCCTGTGTTTTTAAACCCTTATCCTTATCAAAGAGGTCTGGGGTGTGCCTTACCTTTAACGCCTGTTTATTCTTTGGGTGAGGTGGCCGATGTTTAATCAAATGACCTATGCCATGGGAGTCGATTTTGGAGTTGGTGGGGAGCCTTTGCCCAACACCGTCTCTGTCGGGGAGTCTTATGGTCAACAAATTTCCCCTAGTTCATAGGAGAGCTTGCCTAGTGAATGTATAAGAATGGCGGGATGGAGGCATTAGCTTCGGTGTGTATTAAGAGAGTGGAGACCAGAGAAGGAAACTTGGTTGACAGAAACAATAACAGGGTTGAGAAGGGAGGAAGAGAGAAGAAGAATAGTAGGGAAGGCAGCGATAAAATTGTTAGGAAGTTAAAGAAGTTGGACAGTGAGGTTAAATATGGGTAAGAGAGCCTCTTTAGAGGCAGGGTCTGCTAGGTCTAAATGTTAAAAGTCGTTTCTTGGAACATTAGGGGCTAGAGGGCCGGATTGAAAGGAGGTTAGTGAAGGAAGTGCTGTACCAAGAGGATTCAGACATACTTATTTTGATGGAAACCAAAATAAGTGATTTTTGTAGTAGGAGAGTTGCCGGTATTTGGAAACATAGAAGGGTGGAGTGGGAGGTGCTTGAAGTTGAGAATATGTTGGGTGGCATCTTGATGATGTTGAATTTGAGATCTTGTGTGGCCATTGAGGTGGTCAGAGGAAGACATTCTTTATCAATAGCTTTCCTAGATGGTGATGGTGTAGAGTTCTAGGTTACTGGGGTTTATGGCCCCTCGAGGACAAGGAATTTATTCAGGGATGAGTTGGGAGATCTTTTGGTTATTGTGGTCCAAGATGGCGTGTTGCGGGTGACTTTAATGTTGTCCGTTCCCCTGTTGAGAAAACTTATGGTGGGAGAATTACTAGGTTTATGAGATGTTTTAATAAGTTTATTGATGATAGTGGTTTATTTGATCCGCCTTTGGATGGAGACAAATTCACCTAGGTTAATAGTAGGGCGGCTACGAGAACTGATAGGGTTCTTCTGTTGGAAGATTGGATCCAGAGGTTTGGGAGTCCTAGGTAGTTAAGAGTGTCTAGAATCACTTCGGATCATTGGCCCATTATTTTAACTAATGGAATGCTCATGTGGCGTCCGATCCCTTTTCGATTTGAAAACATGTGGCTTGATCATCTGTTTTTCAAGCAAATATATCGGCCTGGTTGAATGAGAGGGTCCAAGGAAGATGGGAAGGCTATTGGTCTATGGAAAAGTTGAAATGTTTGAAGGGTAAACTTAAAGTATGGAATAGAGAAGTCTTTTGGAGATATTCGATTGAAGAAAAAGGAAGTCACGGGCAGGATCAATGAGATTGATTCTTTTGAGTTGGAAGGGCTCATTGATCAGGGCCTTAAAGGAGGAAAGGGTTAGCTTAAAAGAGGATCTTGCGAAGTTGATCATGAAAGAAAGAGTGAGTTGGAATCAAAAGTGTAAAATCAAGTGGGCCAAGGATGGGGACTGCAATCGAGAACTCCTCTCTATTAAGCTTGAACTTACCCATCTCTTAGACTTTCTCACATTTTGAGAGAAAAGTTAGAGAGAGAAAAGTAAGTACAGACCCAATTGGACCCATCAAAGAGATTGGCTCTTAAAAGATTCTTGTGGTCACATAATCTGAATCTAGTGTTAATTCAAGAATCCAAAAAGATCATCTTAAGTTGACCTGATATGATGGCATTTTACAGCTTCAACAATAAGATTGGGAAGTGTTTGGAGAAGAAAATAATTTGGAAGGAAGATAATCTTGGAATGAGAGTAATCAAAAACTATTTTAGGTGTGCTTATTATTAGTATAAGCAATAAAGTGTTAGAAGAGGACGTGATTTAGGGGTTTTTAACAAGAAGAAGTCGTTCCACTAGTCATCCTTGAGCGAGACTTTCCTAAGCTACTTCTGGAAATTTTGTCATCAGTAGATGTTACGTCAAATGGCCTGTCGGTTTAGATGTATTCTCCTCTAGATTTTAGTTGTGCATTAGAAGTCATGGTAGCAATTTGTCAGCTCATGTAATCAATGATTTTTTATGGATTAGATGTTCTTTGGTTGGTTTGAGATAGATTAGCTCTTTGGTTTTTGTCCTCTTGAGATGCATCCTCAAGCTCTTCAAAGATCACCTTTTCATGGTTATGGTTCTTTGGAGCACTTTTGTTTCTTTTCCCGACATGTCATTTGTATTGAATGTTTTTTAGTTGCTGTTTTGATTGTTTTTCTATCTTGTTTGGAGTTTGTTAAGCTCTTGAGCCTCATTTTGTTAGTTAGTGCTTTTGGATTCTGGATTTCTTATCTCTTAGAAATTCAAATTCATTGTATAATTCTCTTGTACTTTGAGCATGAGTCTCATTTCATTATAGTAACGAAGAGGCTTGTTTCTTTTTAGAAAAAACATGCTTGATCAAAAGGGAAAAACAGAGTAGGTAACACTTGCTTGATGTAGCTCGAATTTCAAACTGATTCCTTGATGGATTTGATCACAAACGGTTTGGAGACCACCACGAGTGTCTTTGCCGACTATTCTTCAGCCTTAGAACGGGATGGTGGGATCCATTGAGTGATGAATTTGAAGAAATTTTAGAGATTCATAGAGTTTAGTTACTTTTGAGATTTTGATGAATTATCAGAATTATTATGGACTTCCAAAAGTTCTTAATCTCATCAAAATTATCTTATTTAAAGAGAATTTCATGCAATTAGAATCGCACAAGAGATTGACATTCAATCTCTGCAATTTTAAGTGGGATTAGTGTTTATAAAATAGGATTTCACCTATCCAAGCAAATAGGTTATTCACTAAAACGCTAAACTTGGATATTTCCACTAATTTGGTCAAATTTGACTTTTGACTTTCAAAATACAAAAGTTCCAAAATTACATTTTATATAAATTAATTAATTTATAAAATCAATTTTAAATAATTAATTAAACTACGTAATTAATTAAAAGAATTAATTTCAAATATTAAATTCACTAATCCTAATTTATCTCAATCTCGGTCAACCGAATATGAATCCGGATTCAATTTCCAATAATTAAATCCTATTTAAATATCTCACTCTCCCTCTTATACCAATTCGTTAAATATATTCAATATTACACTTTATTCCCTAAATTAATTTGAACATTTCAAACTTATTCATCATGCTGTCTTAAAGTTTATTTCGATATGAGTTAGTATGGGACCTAATGGACCTACAGATCATGAGCTTCAAAGATTCGAATTAACTGGGTAAACTCTTTACCCTAGTTAACCAACATTCGTTAACTACGTGGACACTCTCTGAAAGCCTAGTAGCTGTTCTCTCCTCACTATAGATATATTTCTATCCACTTGAAGTAAGTCGATCCTTCACAAGTTGTTCCAATTACGGTTGGGTCATAATTATTGTTTTACTCCTGAAATGACTTCTTGTTCCTTAAGTCCTACTGATCTCTAATGAACAATTGGTTTGCGGTCTAACCACCAAACCAAGTCCCTCTCGAGTCAATGAGAGGGTTGGGCCCCTTATTCAAAACCCGGAGTCAACACTTAAGGGAACAACCTCTCTAATATCCGTAGAAGCAAGTGGGAGTGAATTTCTTTGGATCAACAGAAAAATTCCCCGGTGAAGTAGTGTACACTCGATTTGCTAGACTCACATTTGTGATAGGTATCTCCCCTCAAACAGCAAAACACCCGAGAAGCAAGGAAAAATACACAAGTTCTTAGAGAATTTAGAATCGACGACTCTCGGTATTTTTTATTATCACTTACAGCTACAAATGTAGCTATTCTTCGGTCACAAAATAACTAGAACACACTAGTGAGAATGAGAGGATGAAGAAGTAAAACAATAAGGGAAAAGACGCTTGGCTATTTGAGAAATTCATTCTCTCCTCTAATGTGCTCAAGATCTCTAAATCATTCCTATCCTTGCCCTAATCCCCAAAACCCTACTAATACCCTAAACCACTGGTCCTCACAACAACCACCACGCATACACACCTGGTCCCTTCAAGAATTTCAACATTGGAAATCCCTTTCTTGTTCTTGTTCTTCTTTCTTTCAAAATACCTTCATAATTGGAGGCCTAACATCGAATGTGCCAGGTTACCTTCATTTGTAAATGTTAGTATTGAAGCTGAAAACATGGCAGAAAGAATTGAAGAATTGCACCGAGAGGTCCATGACCGTTTAGAGAAAGCCTTCAAGTCTTACAAGGAAACTAAAGACAAATCAAGAAGAGAAGCCAAGTTTGAAAAAGGAAATCTAGTGATGATTCATTTGAGGAAAAACAGATCTCCTACTCGAACTTATAACCTAGGAAGCACGAACACAAGATATCTGACACGACACGGGCTATAAAAAGTTGAAAGACAGACAGCTTGGCCCATTTAAAGTGTTGGAGAAATATGGTGACACTTCCTCAACTCTGTCTTTAAGTTGCTGATTTGAAGGCCTACTTCGCTAGACGACTTCGATTTAGCCTCAAAATAACCATAGGACGAGTCCGATTTTAGGGGTGTGGACTATGGTGTACCAAATGAAATAATTGTAAAAAAGGAAGAGAGAGTTAGTTGAGAAAGTTTCTTTTTGAAAAGGAAATTGACCTCTTTATTGAGAAAGTTAGTTGTAAAGGGTAGTTATGAGAATTTTACTAATTTTTCTACATCTTGTGTCAAAAGTGATGAAGTAAAGAGACATTGAATTACGTGGGGAGACACCGAATTACGTGGAACCCGAGTACCGGAAGAAAAACTACGATTCACTTTTCTTATTAATTTCTCATATTAACGAATGATACAAGAGTGGGAATAAATAGAATACAACTTAGGATAAAAAAGGAAAGAATATTAGGTCAAATCCTTCCTTGGGCCAAACCCACCAAATCTAACATCTTGTAACTACTTTCCTCTATAAATAAAGATCTCTCTCCTAATTTTGAAGAAGAAAATCATTTTCAAAAAAATTCAGATTCTGGTTTACACCAGTTTTGTTTCACTAGTGATGAAGTTTCAGGTTCATGAGTGTCCGTGGGATAAAAAGTGGTAATACGTCAGTGCTGAGAAGCATGAGAGCCACCAAATGAGATGTATCTTGAACTTTCATGCTTAGACAAGTTAAGAATAATCACGTTTGTGGATACTTGTATATTTCTTAGCGACAACAGAAAAGGTTCATGTTGACATACATAATTGTATCAACTTATCTTCTTTTATATTTAACCTTCTTTCCCCCTAAAACTAGTCAAACCTAGACTCTTATTATACCTTCTTTTGTTAGCAAAAAATGGAAAATTACGAGCCGTCTAGTCATTGATAGTCTTCTTGAGGGTGTAGGTAAAGAAGAATTCAGAATGTAAAGAGGCCCACCAAGAATAGAAGAGACTTGTCTTGAAAAGAACTATCAATTTTTTCAAGCGATAAATGCCACACAAGACCCCTAGAAGCATAACTTCCCTAAATTTTGGCTTAACCTAGTGAAATCCACTCGTTAGGACCTTCGGAAACTTTTCAAAAAACGAAATTCCAGGCCTCAATCATAATCTACAGTGGAGGGAGAGAGGGCACATCTCATAAATTTCTTTTGAAGCTAGTTGTCGGTGTTAATTCTTCTACAACACGTGGCCTTCGGGAAAATCGTAACTTTCTTAGGGCAATTATCTTCTGCATGAAGCTGTTTGTTATTGCTTCTATAAGTTCCAATTTTTAAAATGCTTTTGATAATTTAAACGAATTTGAACATTTGATGTATTATCACTTATGCATTTTTAGCCTCTTCTCAGGGTTTTAGAGCAGAGATGTTTTAATTCATTCTCTCTTTCGTAACTTCTTTTCTTTATAAACTGCCCCACCTCTTCTTTTGATTTCTCCCAGCCCTACCCTTGTCTATTTGAAGCTGTCTGTTATTATGGATAAGGAAAGGATAGTATATTAAGTGAATGTGAATCAGGATGTTGATCATGAGTTTTTTACAGGAAAGACTCAAATAGCATTGATCCTATGTGTTGCAAGTGAAAACAATTGCGATTTGGATGTTTTGTCTCCTTGTGTGCAAGAGCTTGTGACGTCATACAAGTTGAGTGCCTTTATCACAAAGGTGTGTTCTATTGATTGAGATGTTCTTAAACTAAATTGTATTTCATAATAATTAGATTACATGAATCAAACAAATCCAGATCATCCAAAAACTAGCATTAAATGTCTTGACTCAAATAGTATTTGTTGTGTAATCTTGATAATCAGTGAATAGAAATATATTTTACGTTTAGATTGTGTGACCCAGGTTTGTAAGGAAGCAGCAACGACAAAAGAAGAATGGGAAGAGCAGTGCAAGCTTTGGCCAACATCATATCATCCACCCACATAGTGAAGTCTTTGACATTAATTTTATTTCTTCAATTAAATCATAGATAGTTTTAATGTAGTTTCACTTATTCTGCTATATCATGACCGTGGTAGACCTAATTATGTTGACATCTTGTTGACTGAAAATAAGTTATTTGAAACTTCTTTTACATACATTACGGGTAAGTTTAGTTTGTACTAGCTGGAACTTACTTTCTCTATTATCTCTTTCTCCATCTCAGCAATATTGATGGTATCACTGGCTTTAATGAAGTGGATACACAATCAATTTTTGGCTTCATGCGATTAGCAATAGAATTAGCACAGTCTTCTAGTAAATCGGTTAGTTATAGTACTTTGGCTCTTCTTATACTGTAGCAATCTCTTATTAATCTGAAGTTATGTTGCATTCATCATTAGAATGAGCTCAATTGTTGTCGTTAAGTTTTTTTTTTTTTTTTTTAATTTTATTATTAACTACAATATTGAGTTCTTTTGATTTTCTAGTTTCAAGAGCTGGGAATCTATCTTCTACAGGCAAGACATCCACACATGCCTTAACACCAGAATCTGTTACGCTCCGTAGCCTGTACAATCCCACTCTCACAAACGTTCTGTCACACCCCTCCCATACCCTCTTCTCTTAGCCCAAGAGAAGGTGTGATGGTAGCAAATATCGCTCTACTCACTGACAACTTACTAACTTACTAACTTACTAACTCTTATTCTTTAGAGAAACTGAGAAAAACAGCCATAAGACCACATAAACATACCTAAATTAACTGTACACACATACCCGACTCATAAATGAAGTTCAGTAACTCAAGGACATAATCATCCCTCTCTCACAAACATGTTTACATAACTCGAAATGCATGATCTAGATACATATGTAACAAAAGAAACCTAAAGACTGGAAGGTAGACTGACAACTGTAGGTTAGGCTTGGGAATCACGATCTTTACCTGGAAAGTGGGAAAACATTTTGAAAGAGTGGGAAAACATTTTGAAAGAATGAGCTAAAGGCTCCGTGGGTGACAACAGTAAATAATAAGAACTTCTCTTTACTCTAATACACATCTGGCTAGGTTGCGATAGAAATTTTTGTTTTGAAACGGAGACGAACCTCTTTATTAAATGTATTAGTAAAAGAGACTAATGCTCGAGCAAAGCAATCACAAACAAAAATACCGACGAATTGAACAACAAAAACAACACAAACAAAATCTCGAGCGAACAGTAGAAAGATAAGAGCAAAGATAATTTAAATATCTTTCAACAGGAATCCCAAAAACAGCTGAAGATTGCAGACTAAAAACTCCAAAATGAATAGGAGGAAAACACTAAGGGAGAGCAAACAAGCATGCAGCTTGTTGAAAAATTTGCCTTCTAACGTTCTTAAATCTTGATTGAATGACTAGAACCAAAATGTTTCAGAAGAACTTTAGAGGGCCAAAATAATAGAAGCATTCATCGAACCTCTCGTGACGTACTCTAAAACAACCTTAAAAAATAATTGGCTGAAAAAACAAGATCAGGTAAAAATTATGTACTCAAACCAAAATAATTTTACATTTCTCAACAATGGACTTCTAGTTATCTGGAATTTCTCGGTGCTAAGCTTGTGAGGGAAATAAAGAGGCTTGCTTTTCAATAATTAAATCCTTTGTCTGAAACAAGTCATTATGATCGGATTCTAAAGGATCCTTAATCAATTGATCATCCTTTCTCTGCTGTCTTTGGCATATGTTCTCCTTCCTCGCTACTCCCACTAAAAGGAGAATCAAAATCTGATACACTCTTCTTTTTCGATGAAGAGATTAGCGTTAGGGTAGGAGAACCTCTAAAAAACTTTACCTTTGAATTAGGCATAGAGAAAATGGAGTATTTGAAATGAGGATGAACAAAGCTTTGAGGATCTAACCTGTTTGATTGGAACGGGCTAATGATACAATTTGCCTCCAAAAAATTAGGGTTCTTATCCAAAATCAATTTTTATTCCGTAAACTTTTTTTAAGGCCTTTATCCTTTTCCTTTCTAACAAAATGCTTTGGGAAAGTCTTGAAAGGATGTGCGAGAACCCTTTATTTTGGATGTTTTTTAGACTTAGCCTTTGACCCAAACTTGGCCGAGGATGAGAGGGAAGAAAAAGAAAGAGCAACAGAGGAAGACTTGGAAGTTGGAGGTTTTTTTGGTGGGCATAGAACCAGCCATGGGAATGAAAGCAAAAGACTCTTGACAAAGTTCAGGGAAGTGATCTGCTGAGGAAGGAAGAAGGAGCGACAAAAGTGTTGCCACACTCCGACTGACCTGCCTTTCCATCTATACTGAAACTTGGAATTCCAATTGGCAATAAAGAATGCACAGCCATAAATTCTCTTTTCTCTCTAAAAGCTTCTCTTCGACTTCCTCTTCATTTTCCTTTAACTGTTGAAGTTTTTTTTCTTTTTCTCTCTCTCTCTCCTCTTTAAATGTGTCTCTTTAATAACCTACGACTTTTGGGCTTCCTTCTGAGGGCATACAACTAGCCCTCAAAAGGAAGTGACTTGCTAAGGGAGGAAGGAGCGACAAAAGCGTGGCCACACTTCGACTGACCTGCCTTCCTAGAAGAAAGTGTGGCTTACAAAGTTGAGGGAAGTGACCTGCTAAGGGAGGAAGGAGTGACAAAAGTATGGCTACACTTCGACTGACCTGCCTTTCCATCTGTATTGGAACTTGGAATTTCAGTAGTATTCCCTTTCCTCTCTAAAAGTTTGCAATATTCTCTTTCCTCTCTAAAAGTTTCTCGTTGACTTCCTTTTCATTTTTCCTATCACGGTTGAAGTTTTGTCTCTCCTCTTTAAATGTGGCTTCTTAATAACCTGTGACTTTTGGGCTTACAACTGCCGAAGTATGAATAATGCTTTTCGCGCCAAGAGGATGTGCAGCCCTTGGACTACTTTAAGGAACTCCACGCACTGTCCTCTCTTCTGACAAACTTGAGTTTGATCGTCTCCCCTTCATTCTCCCCTTCATTCTTCCATCGTCGGCGGGAAGAAAGCTGTGGGGAGTGGCTGTTTTTAGATTCTGATGGGACCTGAATCTGGTTTTCTTTTTGAAGCATCAACAACAAGATGTGAATGGATATCTTGAAAAATTAGTGGTAGAATTTAATCGATACTAACAATGGTCCTAACTAAAGTGGAATTCTACATCACAACAGTGGCAATCTCTCTATGTGCACATGGTAATTATTCTCAAAAGTTTTAAATTGATCTCTGGATATTTTGGGTATAGAGTAAAGCAAAACAAGCTTACTTAATTTCAATTAAATAACTGACTCAAATAAATCATACTTAAATAAATCACATGCTTGTAAAGAAATTCACATAGCTCGTACATGTTCTAAATCATGTTTTTGCTTAAATACTTGCTAAATCTCAAGATCAAATACTAAATCTCATACTTGGATATTTCAGCTATGTCTCCTGCTTTAAATACTTTAGTAAATCTCATGTTCAAGCAACTCAGTGTAAATAGATAAGTCATGCTGGTAATAAATCATGCTTAATGAGTCAGAGCTTACTCTTTCCTTTAAACATTTTGGCTCCTAGGGGCTTTTAATCCTCCAATTACATACTCATTCCTGGGATCTGTGTAGTTGGATCGATCCATTCTATTACCTTCTAAGCAATACAGATGCTTTACTTTTTGTATTGGGCTTAGTCTAAGGGATAATAGCTTTTAACTTTCAATTTTTTTACTTAAACTTACTAGGTTTGGGTAAGATCTTGTCCCATTTGCTTACCTAAATGCATGATACTTCACTCTCACTTAAGGCTTTACTTTTTAGTTCCCAAAGAACTTTTGATACCAACTTGTCACAGCCCTCCCTAGCAACTTCACTAGCCACAAGAGGAGGTGTGAAGCCAACATATGCCCACTCTCTTACCACACATACTGACCTTCTATTACTTTAAACTTTACTTAAAAGACGTGTTCAATATGTTGTAGTAAAACTTCCTTTAAGTAGAACAATGGAAAAAACTCATAGAAATATACGGTAAAAAACTTAGGTTTAGAACAACCTAACTGTAGTAAACTCTTTACAACCCTTACGTACTCTATCGTGACATACGTGGACAATGACAACCTGAAACTCGCTAAACAAACTGGAAGACTTGTAGTTGTTAGCTCAGCTATAGGATCACGAGCATTACCTGAGAAATGAAAATATTTTGAAAACATGAGCTGAAAGGTTCAATGAGTGACTAGTTTCAATAAAAAATGAACAAACTTAGCTTAAATTTTATTTCCTAGTTTTATAAAGCATTCTTGTTCATTTATTTTAAGATAACGCTCTTAATGTACTTCTCTTGTTCTTTACTTTATAACTTACTTGTTCTGTTACTTCAATTTACAACTCATTTAGCCTCATTGAGGTAGAATTGAATCCTGTTACTTCAATTTACAACTCATTTAACCTCATTGAGGTAGAATTGAATCGATACAGACGATGGCGGTCTCATTGAGTTTGCTACTTTAATTTACAATTCATCTAACCACTTTGTGGTAGAATTGAATGGATACAAACAATGATAGTTTTGATGAGTTGTAATTTTCCAGCTGACTCAGTTGTAGTAGAATTAAATCGATACAGACAAGCCGCAAGCACACGCGTAGGCCCCAATTAGGGTGCCAGGCTGCGTGCGCACCTTGCATAACACATGCTGCGTGGCTATGGCTGCGTGCTTGGCCTCTGCGCGCATGGCCCTGCTGCATAGTACTCCTGATGCGCACATGCCTTGCCGCCTTGCTATGCGTTGAATTTGCTCAGCATTGAATACTTACGCTTATGCCCCACTTCATGCACAGCCTCCTTGTCACTCAGCCAAGGCCCCTTGCGGCTGCCCAGATGCCCCGACTTCCAGTGCTGTTCCAGATTTCATTTTCAACTTCTAAAATTCATCCTGAAAATCTACTCATCAAATTAAGAAGCTTCCTTCTACAAACTTCCATCTTAACTATCTTATCTAAAAAATTCAGCTCCTAACTCCAAGTATTGACTCGCCTGGACTCAAATCCTTGAAGACTGCTTTGAATTTCCTTTAAAACTGACCTTTCATGATTTTCTACAGCCATTGAGGTTCTTCCTCGAATTCTCTCTCCGGCAGCCCTCACCAGAAAACTACACTTATTTCGGGTTCTTTTGAGACTGGAATCACTGAAAAAGCACAAGCCAAATGGAAGCACCTTCAATCTAAAGACAGGCTTATAAAGGGAGTCTTGCATGTTCTTAAAGTGACAGCTCCTACTTGCCGAAAAATTTAACTTCATCCTTGCCTAGCCACCTGTAATTCCACTTATCAGCCCTTACCTCAACGCCTCAAACTCAGCAACACACTTTGAATGCATGACTCTTCATGCTTAAGCTTGCAAAGCCTTTGCTTTACCTGGCCTCATTGCTCGAACACCTAACTTGTCTTGCCGCCTAGCACACCTGAAAGCATAGGTTGGCTCCCTAATTCCGCATGGAGGTTACTTGCACATAGGCACTTACCTGGCCACATAGGCACTTGGCATAATTTCCTATGCTTTTCAACCTTTTCTCTCTTCCTTTCCCTTTTTAAGACTTTTTTTTTCCTTTAAAACTTAACTTGCTTGCCTAATAAATAACCACAATAACACACTAAGCAAGCTTCACTTTTCTAAAATAAAATAGATAGAAAGTTTAGGGTTTACAATTTACCTCCCTGTCCTCGAAATTTGAAGTCTTGGCTAAACAGCGAAATTTTGAAGTCTTAGCTAAACAGAGAAAGGTATCTGTTCCTCAACTTTTAAAATTACTTTTCTTAGTCACTTTCTCTTTCCTACCAAGAATCTTTATTGGTTACTCTTTTCTATCAATGATCTTCATTGGTTCTTTGTTCTTGACGAAGAACATTCTAAACACCTAACTTATAAAAAATTCTCTTATTAGTTTTAGCTTGTCTTATCAGCCTCCTTGTCACAGCCTTCTCGCCTAGTGCCTTGACGCGTAGCCAAGGACGTCCTGCTTGCCTAGATTCTTGAAGCTGCCTGTTCATGTTCAAATTCTAGATTCCACTTCAGAAGTTCATAACTTAAAAAATCCATTCATCAATTCCAAAAACTTCCTTCTACAAACTTGTTCCTTAACCTCCTAACTAACTTATTCAGATCAAAATTCCAAGTACTGCTCCGGCTGATTTTTGAAGACTGGTCCTGAGTTCCTTCAGAAACTAGCTTCTTATGTTTCCTTAAAAAATTCATCACCTTCTTCTCTTGCTCTTTTTCCGGGCAGCCCTCACTGAACAACTACACTAAAAAAGCTTTCTTTTAAGACTGTAATCACTCAATTTGTACTAGGGAAATGAGAGCTCTCCTCAGCTGAATTCGGTCTTAAAAGAAACTAATCCTAATCTTAATCCTAATAAATTAAGGATTCGACCATAATACCCTATTCCCACTACATTTCTATCTCTCAAAAAAAAAAAAAAAAAAAAAAACTTGTCCTCGAGTTTTAAAACGAAAATGAAGGTAAGAATAAAAATGTAAGCCGGTTGATTGGAAGCATCCTGGAACATCCAACATCAATAATATCCATCTTTCTATTGCTACTTCTTTTTTCTTCATTGATTCTTGCATAAATTGTGATTTATACAGGATTAGTGTAGCCCAAAATTTATCTTCATCTTTGTAGAGAATTGTTTCTTCGTTTTTGTGTAAAAACATCAATTTTGATTGGTTTGTTTTCCTCTACAATGCTGCCGACCTCATCTTCTTCTTCCCAAGTAGGTAATTTGATTGCTCCTTGTTTTTTGTTGTCAACGATTTTCACTTCAACGCTTAGACTTCTGATCATGTTTGCTTCTGTGTTTGAAATTTTGGGTGAGTTGTTCCCTGATTTTTCCTCTATTGTTGATGTCATTTTCTCTTTCAAATTAGGTTGCACAATCTCTAAATTAAAAATGTTTTCGTTGTTTTTATTCCCACAAGCAATTTCTTCTTCTTTGTAGTTTATACTGTAATATTCCCACTTCTTTGAGTTTATTTCTTCCTCATCTTCTTTACTAGGCTCATTTCTTCAAATGTCGACGTCATTTCTCTTTGAAATTAGGTTGCACAATCTCTAAATTGAAAATGTTTTCGCCGTTTTTATTCCTACAAGCAATTTCTCTTTGCATTTATACTGTAATATTCCCTCCTCTTCCACAACAACATACATATTAATATAAACCGTAGAGCAATATGTTGTTGCATACTGAACCATTGCATTAACTTCTTCATCTTCTTCGAGAAGGCTAAGGCTACAAGTAGGTGGTTTATTTTTTTCCATAACTCACCGATACTCTTTTTCTCTCTTTATGTTGTTGTGAAAGATTTTCTGATGGTAGTCTAACGTTCAAGCTTCTCATAACCGATGTGAACATTCTTTTGATTTCTTCTTGTTCTTTTAAAATTGTTTTTATTTCTTTTAGGCCTTGTTTTAACAGAATTTTTTCTTGATTCTTTCTAATTTCACTTATTTCGTTCAAGATTTTGTTTGTTTCTTTTGCTCCGATGTTTGTTTCCATTTCTTTCTCTTCTCTCTCTCTCTCTCTCTCTCTCTTCTCCCGTGCCTCAATTTCTTTGAAATATTTCAAAATTGTCTGAGATTCTTCTTGTGTTGAATCATAAAAACTACATGTAAAAAGATGTTAAATGATTAGTGAAATCTATCATCGTCTATCTAGATAGACAAAGAAAATGTTGTAAATTTACTTACATCCTCGAATTAAAAAATGTTATCGTTTAAAGGCCTCTAGTCACTTGACTCCAAACACTCCCATGTCATGATTGTTAGGCCCTGGATTCCAAGCTTCCTTCCAGATCTGGTATCTAAACTGGAATGTTTTAGGATTGTCTCAAAAGCCCAATAAACTAAAGCTAGAGGAAATCCTTGAAGGTGTAACATCTTTGTTGCTATATGATGCTTTCTTGAAGAATTGATATGTTAGGATGTCGGACAATCTTCCCTATGGATAGTGTTTGAAGGTTTGTTCATGATCCAATATGTCAAGATGTTGGAGATTGATGTGGTTGTATTGTTGCTTGGGAATTAAAAAGGCTTCTAAGATATAGAGATTAACTATTTTTTTTTTCAATGAGTCTTCCTCATTGCGTAATGCTTTGAATGTTCTATCTATATCTCTCTTAGTTATAAAGTCATCGTGAGGGAAAAGGGTGTTTCTCAAACCAATCTCTTTTCTTTCTCCTAGATTTAACTCTGGGAATTTGTGCCATTTTAATCCAATGACCAAACATAACTCTTTCCTCCTAAATTCTGCTATATGGTTGAAAGCTAGGACATGGGTTTTTTTGTAGAACATTGCTTTCTTATTAGATAATTTAGGAATTGAGTAGGTGTTTTGGCCATTCTTGAGGAAGTGACCAAAAGGGTTGTTTAAAACTCTAGAAAGAATTGCTTGGTCTATTCTTGATCTGATTAGATGCAAAGTTTCTAAATTGTAGTATATAGTAATTCTAAGGTTTCTGTATTCATCTTTTATAATTAGGTCATTTTGGTGGTGTTTGATCTGTGGAAAAGATGTATAAAACTGTATGTTACAAACTAAGAACTAGTGCTAACAGATAGACATCGACAAAGATAGAGCACTATACAGATAGACAAAGATAGACAAATAGAGGGCACTATATAGATAGACAAAAATATACAAATATAGACAAAGATAGACAAAGATGGGGCACTATACAGATAGACAAAGATGGGGCACTATACAGATAGACAAAGATATATGAATATATACAAAGATAGAGCACTCAACAAAGATAAACAATGATAGACAAATCGTCACACCCCATCTCGGAGCACCTCCTTACTAGGCCCCAGATATGGCATGAAGCTAATCCACATCCTTCTTTTTCTAACGACACCTATCAACCTTGCTTAACTTGTAGCTCTTATCTAAATCCTTTATGACTTTAAACATAAAATATGGAAGAAAATGTCTATACTTGAAAACAATAGTTTAAAATCTTTGCAAAACATCATCAGGTTTATCCAACCAATGGACAACCTGCTCAACAGTCTTATATAGACAAAATGAAGTTTAGAGTTCAAAAAAAAAAAAGAAAAAAAAAAAACTCAACAATCTCAAACCTTCGTACTAGTCTATTACAGACAACGACAACTAAGTCCTCTCTTAGCTTAAATACAAATTATCATGCATGCATGGAATGATCTATACAAAATCTAATCAAACTTCTAGTAAAGTAGGTAGAGTTTTAACAGGCGTCGGAACCACGATCTCTACCTGTAAGGGAATTAAACATTGAAAGGATGAGCGCCCTGTGACATCTTTTACAACAAAACATATTTACTGAAACAAGTATGCAACACATATAATATAGTCTTATATTGTACTTAGGCAAATATTTCTAGCATGCACGACTTAGAATCAACTGGCTTGACTTTACTACGTTGTGGTAGGGCATGCCCAATATCCCTAGTGTCTTCCTTTCTGACCTTAACCTTACGATGTACTAGACCATGCCCAGTACTCCCATTGTCTTTCTTTCTAACTTTCTTCTACGTACTACACGCCCAGTACTCTCATCATCCTCGTGGTAGTGGGGCCTTTCCTGCACTCACGACCATATCGTTGTCATGGAGTACACTCAACATCAACAACATAATATTCTCTGTGCACACAATATCATTATAATCTCAGTCTCAATCTCATTCATGTATCTAGTATCACTCTTAAAAATATCAGAACATTTAATCATGCTTCGCTTTTAAAATTTGCTAGCTTAAGTCTTAACTTAGCTTTAACTCGTACTTAGCTACTAGAGTTCTTTACCTTCATGCCACTTTTGCATCATGTCTTGCCTAAACTTATCCATCACTTATATATATTTTCATAAACTCAACATTCAAATAATTAGCTCGAAAATCTCATGTTCAGAGAAACATGTTCAAGTTGAATGCTTTTAAACTTAGATCATGCATACTTATTTATCAATCTCATAAAACTCTTTTTAAACTTGAAAGTCATGCTTGGTAATGCATTTGTAACTGAAGTATAAATCAAATACTTTTAACTCAAAGCATTCTATAAATATAAATTAGTTAAACAAGTTTAGAAATTTATTTGAAACTCATTTTTGCCACTCACAACTTTTGGCTAGATTCTTGGTTATAGATTTTCCCTATTTCTTCTTGCCTTTGACTTCTTTGAACTCTTTGGGTGGTCTTAGCTTGTTGAAGATCGGTTTCTCAAGCTTGCCTTAGCTTAACATGTGCTCCCACCTGATTTAGAGCCTCAAGCTCTACTCTTCCTCTTAAGCTCAAATTGCCAACACCCTTGCAGTCTTGGATGTCTCTTGACCGAACACCGAACTGAAACTTCGCGCTGAACTACTCTCTTGCTTTGACTTCACTCGCAAGGAAACTCAACTTCTCTCTACTTCTTCTCTCTACTTTGTTCTTGAAGTGAAAATGGTGAGAAATAAGAGAATTGAGAGTCTGCTTTACTTAAAGTGTCCTTTGCGTCCGAGAAACACTAGCCTTTGCGAGATAAATTTCTGGAAGTCTATCCCCCGTGGGTCTTTAAGTGATCTCCACTAAGATCGACTCGAGATCCTTCGAGATCTTCACTTTTCTCGGTCGGACATGCTCGAAACCATGCCCGAGAACCCTAATGTTTACCTTTTCTGCTTCTAGTCTCGGCCGAACATGGCCCCGACATGGCCCGAGATTCATCTCTAAAACCCTTATGTTTCTCATCTCGGTCTGCCATAGTCCTGAGATGGCTCGAGAGCACATCTTTAAACCTTACTGTTTTTCAACTTCGTAGTTCAACACCGAGATGCCCTTGCCGTAGCACTGAGACTTGCACTCTGTTTCCATCTCGCCCGAGATCTCTCAAGGCTAGCTCGAGATTCTCACTTCTTCCTTTCTCTGCCTTTTCTCTCGGTCGTGCAAGATCGAGTTTTAAAGCCTCTGTCTCGAGATTTCTTTGGTACAACTCTTTGCCTCTTAACTTCTTAGCAAGCAAATGGGATAGAAGATACGACTATTACACAAATGTAGACAAAGGTAGATCACTTAACATCGACAAAGATAGACAAATATAGACAAAGAGCAGTATACAGATAGACATTGGCATTCTATTTTGTTACCTTCACTTCTTTTTCATTCTTTTTTTTTCTTATGCCTTTCCTTTTAATTTGATTGCTTTGCTAGTTGATGCTGCTTGATTTTTGTTCGCCATCTATTTACAAAAAAATAAAGATTAAGTTACATTGAATAAGAGTGGTTATTAAATTAAACTAAACGAAGATATATTCAGTCCTTTTTGTGGAACCGAAATGTTAAGCAAACGAATGGAATGTCGGAAAAAAAATTTATGTGGAAGAAGAGACGAAGAAGAATTTCGGAAGTTTGGTTGAAGAAGGTAGGTGGAAATGAACGATTGAAGAAGATGTACGATGGAAATGATGTGAAGAAGAGGATTCACCTTTTTATATCAAAATTTGGATGGTATTTATGTAATTATGCATGATTGGGCTTTGCTTTTAATGGGCTTTTCAAAAGATCATTTATTTTGACATAAACGATTGTGTATACGGACACGATCGTTTAGATTATATTATAAGATGGTATATGTTTGAAGCTTTCATGCCATCGTTAATTGTTCATCATCTGATCGTTTTAATTTGAAGTATTTTTTCCCATCGTTTAAAATGAACTACACGGTCGTGTATCATGATCTAAACCATCGGTTAGACTGTAGTACACGATCGTTTAGAAGAAAATTACTCGAATGCGTGTGGTTGATTTATCGCGTGTTAACTAGTTATTTTTGGTATTTCACATTGTGGGTCTGTGAGCTTTTTTTTTCAAAATTTTTCTATACAGTGTAAATATTTTACTAGTTTGTTATATTTTTTTAAAAAAACCCTTCATGTAAATTAACCTTTTTTTTAATAGTTTGTTAATAAATATTTTGGATTTATCTATTAATATTATTTTAATAATAATAATTATAATTAAATAAATAGCGTGTTTCTAAATTGTCATGTCCTACATTTCCAACAAATTAGCATGTCACTGTGCTGTATTGTGTTAGTGTCCGTGCTTCTTAGCTAATAAGTATCATAACAACAATATCAAACAAACTTCAACAAAAATACTAAATTAAAGAGATATCAAAGCTAGGTTTACACCTTTTGCCCTTCCTAGAATATGTGTATATAATTGGGAGCCTTGCATTCTGTCAAGGTGGCTTGGTGAGACTGGTTTTCAAGAATTTGGTTATTTGTGTTTTTGAGGAGCAAAACCAGAGTAATATTTTTCTTGGTTACCTAGTATATTTTATCATCTAATAGACTTTCTATGTAGACAAACTAAGTCCTCTCTCTTAAATGTTACCATTTAGATTGTAATGAATGGATATGGTATGGCTCCCTAATCCCTTGGGCTTTTTTTTCTTTTTTCTTTTCTGTTTTTGGGAAGGAAAGTGTTGTTTATATATTATATTGAAAATTCCGCAGGTAGTAAATGCTGCGGTGATTGTTGATCCGTCAGTTACACAAGTAATTGCAAGTGCCTGTGATCATCATATTTCCTTCGAGAATGCTTCCACAAGCAATGTCAACGGAGAAACAAGCTTTGAAAAATCCCCAAAATCTCTTTGTTCTCATTTTGGCTCCGATGGATCCATTATCCATGGAACTTTTCCCTCAAGTTCCTCGTTGGAAAAACTGAAACAATCATGTGCAGATGTTTCCTGTTTGTACCCCTTGCGATGGGTTGACCAACCATTACCACATTCCTCAAATTCTTGTTGTTGGCACCCTCTAAGGCATGCTGCTATTGCAGCTATTGAATCTTCTGCTGCCCGAGATCGTCGTCTGTTCCCAACTCTTGAAACCACGGGTGATAAGTCAGTTGAAATGGAGCATATGGGCCCTCTGACAAAACTAGCAAAAAGACAGAAGATTGACCTTGACAATGTAAGCTAAGCAGGAAAGATTAATATCTAACGTCCTTAGATTAGACTAGAATGAACAAGGGATGATGCCAAGAAAAGTCAAAATGAAAAGGTCAAAAACTAAGAATTTTCCTTGTTAATCCCCATTTTTAAGTAGGCTAGTCTTAATCAGCAATATAGGATACTTGTACATTTTTTGTTCTCTTACTTTTATTTCTTTGTAGTTTATATCATATTCTGGAACTTCATGTTAATTCTTTTTTGTTTATAAGTATTCAAAGATTCTATTTTTATTAATTATTATTATGCTTTGCACGAGAAATTCACTTGACACATCCTTAGTCTGACACTTTTTTTTTTTCCTGGTTTGCGATGGGTTCTTGTTGTTTTTGGAAGGTATTTATAGCATTAAGATTAATTGTGTAAAATTTCCATCATAGGTCTAAACTGTTATCCTTCCAAGTTAAGTTTTTAGGCGTCATTGGTTGAGTGTGAGATGGGACAATTCCTGTCCTCTTATCTTGGGCTTTAGGTAATTCGTAAAGTCAACTTAATTGGCCTCGTATCTTGTTAGACAAGAATTGGAAATCATTGGCTCGTTTGAAATATTTCTTTTTCACTAAAGGAGGAAGACTCACTCTTATCTCGTCAATATACTTATCCCGTCAAATATTGAGTGGAATCCTCAATTACTTTTTGCCTATATTCAGGACTCCTACAACCTGCGAGGAATGCAGGCCAGTCTATTGAGAAAGTGATGATTGTAAAAATTAATTAAATGGGAGAGAATAACAACTGGTGTATGTGGAGAGCCTTAGTTTAGGGAGGAAAAAACACGATGAGTCTTTCGTATATTTTTTTATTATCAAAAGAATAGAAGGGATGAAATACCCATAAGTCATAGGGGGTGTCAACCTAGTTGAGATGTGCGTGTGTGCTTCCTAATCCTATCTCTTTTTTTTTTTTATGGCTTTTCTTTTATTTTCATTGTATAATTATCTTGTACTTTGAAATTATCTATTTAAATAAGTAAAGAAGCTTTGTCTCCTTACAAAAAATTCATAGGCCATAGTAAGTCTTAAAAAAAAGGAAAAAAACAAGGGTATAAAGGGTTGCACAAATACCCTCAATACAATTATTTCCAGCATACAATTATTTTCAAAACTCCCCCTCAAGTTGGGACATAAATGTCAATCAGACCCAACTTGCTAATACATGAGATGAAATTCTACCTGAATAACCCTGTAGTAAGATTAGAAATTTGTTGATTGGAGAAAATCTATGGAACGTAGATACTGTCGTTCCCAAGTTTCTCCTTAATGAAGTGTCTGTCAATATCCACATGTTTGGTTTAGTCACGTTGAATAGGGTTATTAGCTATGCTTATAGAGACTTTGTTATTACATAAGAGTTTTATAGGTAACTCAAATTCCCAAACTCGTAGCTCAGTGTTCAGCTTCCACACTACTCCTAGCAACAACCCCTGCTTCTTGCTCCTCCAACTTACAAGGTTGCCATACACAAAGGTACTAGTAGACTTTCTGTCAATCACTAATCCTGCTCAATCTGAGTTGTTATTGGCCTCAATGCACTTTTTGCTTGTCTTCCTGAATATCAAACCTTTTCCTGCAGTAGTCTTCAAATATCTCATAATGCAGTTCGCACCTTCCATGTGTTTGTCGTATGAAGCTTACATAAATTGACTCACTGTACTAATTGCATTGGAGATATCTAGTCTAGTGTAGGATAGATTGTTAGAATTATTAGAATTATTTTTGGAAAGAATAATATATAAGATTTTATTTCCTAAATATTTCCTAGATATTTTCCTTTCTTACTCCTATTGTACTCTATTTATTCTCTCCCTTTGTACCTATTGTATTCATATCAGAAAATAATAAAACTAAAAACATCGTGGTTTTTCTCCCGGTTCTCGGGTTTTCACGTAAGCCGGTTTCTTGTTTATTGCTTTCAATATGGTATCAAATCGAAACAACAACGAAGCCCTAGAAAAAAATTTTAGGAATCACTCGGACCAAAATCACCGCCACTGCCACCGTCGCCGCCGTGGACACCACCATGGAAAAACTACTCCAACGGATTCAGACGCCACCGACCTATCCAATGGGCCAACCCTCGTCGCCGTCCGCAACCTTCCGGCCATAAATCACTTCACGCCACTTTTGTCGGGCGCGTGGGCCCATGCGCCGCCGTCCGTGAATCTCACCGCCCATCCCATCCGCATCTACGCGTCATCGCCTGTCCAACCGTCTCACCCTTCCGGTCATCCGCTGCCGCACGCGTCGCCCATTGCCCTCGGAAAACCTTCAAAACTGTCAAATCTGTACAGCAGTGCAAATCTGTACAGCAGTACAAATCTGTCCGTCGACCCTTTATAGCAACCTTTCTTCTATAGGAACGGGACTGACCAACACCATAACAGATCGGGAATTGAAACGGGCGAGTCATCGGCACCCTCCGGTTATGGACAGCCATGTGTTCATGGTCTCGGGATTAATCAAACCTATAGGAGAGCTGTTTTTGAAGTTAGTACATCCTTGGCACAGATCGATCTACCGATGTATTCCAAGAACCCGTAATTTCGCTTCCTAACGTGCCTTCAAATTATATAACTAACTCTGTTGCCTTTAGTGCTCAATCCTTGACCCATGATAATGGGAAACCAATTCTCGTTTGTGAGTACTGCAAGAAACAAGGACATACCAAGGATCAGTGTCGGAAACTCCACCGTCGGTCCCCAAGAGGTAACAAACACTTCTCCAAGGAGCAACAGAACTTAAGGCGTACTGATGTTTGGGAGACTGCCAGCACCTCTCAGCCCGTTGGCCCTACTACTAGTCAGACCAGCTCTCATACTCTAAGTTCCATTGCTCAATCAGGTATGTCTAAGTCCCTTGGCCTTATTAGTGTTGATGGGACGAATCTCTGGATTTTGGACTTGGGGGGCCACAAATCACTTGACAGGTGTCTCGGAGCACTTTGTCACTTGTACCCCTGTGCCAGTAATGAGAAAATTCGGATAGCCGATGACTCTTTAGCCCCAATTCCTGGGAAAGGACAAATAGTCCTCTATGACGGTTTCTCCCTCCAGAATGTTTTGCATGTGCCTAAGCTTTCTTACAATTTGTATCTATCAGTTAAATCACCCGTGAGCTGCATTGTAAAGCTACTTTCTTACTTGAGTCTGTTTGCTTTCAGGACTTGAATTCGGGGAGGACGATTGGCACTGCCCGGCATAGCAGGGGACTTTACATCCTTAATGATGATATCTCCGGTTGTAGTATCTCTACGACTAGTTTACTGTCTTCCTATTTTAGCACCTCTGAACATGACTTTATGTTGTGGCATTTTCGGTTAGGTCACCCGAACTTTACGTATATGAAATATTTGTTTCCCCATCTCTTTCTTAAAATAGATGTCTCCTCGTTATCTTGTGATGTGTGCATTCGGGCAAAACAACATCGTGTTTCTTTTCCCTCACAACCATATAAACCCACACAACCGTTTACTCTTATCCATAGTGACGTTTGGGGTTCCTCCAAGGTCACCACCTCATCTGGGAAAAGGTGGTTTGTAACCTTCATTGATGATCATACCCGTCTTACCTGGGTCTACTTTATCACTTATAAATCTGAGGTTTCTGCTATTTTCTAAAACTTCTATCACACCATTGAAACACAATTCCATAAAAAAATTGCTATTCTTCGAGTGACGGTTGGGATTCCAAAACCATAACCTTAGTGAATTTCTAGCCTCTAAGGGGATTGTTCACCAAAACTCGTGCGCGTACACTCCTCAACAAAATGGAGTGGCCGAGCGAAAAAATTGTCACCTTCTGGAAGTAGCCCATTCCCTTATGCTTTCCACTTCCCTTCCTTCATACCTGTGGGGAGATGCTATTCTTATAGCAGCTCATTTAATCAATAGAATGCTTTCGCGTATACTCCACCTTCAAACTCCCTTATAATGCCTTAAGGAGCCTACCCCTCTACCCGTCTCGTTTCAGAGGTTCCTCTTCGTGTCTTTAGGTGTACCGCTTTTGTCCATAGTTTTGGCCCTAATCAAACCAAATTTACCCCTCAGGCTCAGACTTGTGTGTTTGTTGGGTATCCCCTCACCAGCGTGGTTATAAATGTTTTCACCCGCCGTCCAGGAAATACTGTCATTATGGATGTTACTTTCTGTGAGGACCGACCATTTTACTGTTAGCCATCTTCAGGGGGAGAGTGTGAGTGAAGAGTCTAACAACACCTTTGAATTTATCGAACCTACCCCTAGTATTGTGTCAGACATTGATTCTCACCTTATAATCCTACCTACAAACCAAGTTCCTTGGAAAACATACTATAGGAGGAATCTCAGAAAGGAAGTCGGGTCCCCTACTAGTCAAACGTTGGCTCTAGTCCAAGACTTCGAACCTCCTCAAAACCAAGGTATGGAAAACCCTACAGAATCTTGTACTAATAATACGATAAGTGAGAATGACAGGTCTGATGCTGCTGTTCTTGGACATATGGAAAAAAAGAACCGTGGTGATGAAACTGAGGTTAGAATAGAAACCAGTAACGATGAAGCTGAACAGGGCCATACAAGGAAACATGATGAGTATGATCATTCTCTTGATCTTTCTATTGCACTAAGAAAAGGTACTAGGTCTTGCACAAAGCACCCCATATCTAATTGTGTCATACAAGAATCTATCACCACAGTTCAGAGCTTTTACTGCCAGCCTTGACTCTACCACAATACCGAAAAATATTTATATTGCTTTAGAGTGCCCTGAATGGAAGAATGCTGTCATGGAAGAGATGAAAGCTCTTGAAAAGAATAACACTTGGGAGATTTGTGCCCTACCCAAGGGACACAAGCCTGTGGGATGCAAATGGGTGTTCACTCTCAAATACAAAGCAGATGGAACTCTTGACAGACACAAGGCAAGGTTAGTTGCAAAAGGATTTACTGAGACCTATGGTATTGATATTCGAAAATTTTTTCTCCTGTTGCTAAGTTGAATACTGTCAGAGTCCTTTTTGTTGCTGTAAACAAAGATTGGCCTCCATATCAGCTAGATGTTAAAAATGCTTTTCTGAATGGAGATCTAGTAGAGGTCTACATGAGCCCTCCGCCTGGTTTTGAAGCCCAGTAGGGTCAACAGGTTTGTAAACTCCAGAAATCCTTATATGGTCTGAAACAGTCACCCATAGCATGGTTTGACAGATTTACTACTTTTGTCAAGTCCTGAGGATACAGTCAGGGACACTCTGATCACACTTTATTTACAAAAGTTTCCGAGACAGGGAAGATTGCAGTTCTGATAGTTTATGTGGATGACATCATTTTGTCTGGAGATGATCAGGCAGAAATCCGTCAACTTAAGCAGAAAATGGGTAATGAATTTGAAATCAAGGATTTGGGAAATCTGAAATATTTCCTTGGAATGGAGGTGACCATATCTAAAGAAGGCATCTCCGTGTCTCAGAGAAAATACACTCTTGATCTGCTAACCGAGACAGGTATGTTGGGTTGTCGTCCTGCTGACACTCCTATTGAATTCAACTGTAAACTAGGAAACTCTGATGATCAAGTTCCAGTTGATAAAGAACAATATCAGCCCCTTGTGAGTAAATTGATTTACTTATCTCATACTCGTCTTGATATTTCCTTTGCTGTTAGTGCTGAGGCAGATTATGCAGGCTCCCTATGAGGAACACATGGAAGCTATCAAAAGAATTATGAGATACTTAAAAACGACACCTAGTAAAGGGTTGATGTTTAGAAATACAGACAAAAAGATCATTGAAGCATACACTGATTCAGATTGGGCAAGATCTGTTGTTGACAGAAAGTCTACCTTCGGTTATTGTACCTTTGTTTGGGGCAATCTTGTAACTTGGAGGAGTAAGAAGCAAAGTGTTGTGGCCAGAAGCAGTGCTGAGGCCGAATATAGAGCTATGAGTTTTGGGAATATGCGAGGAAATTTGGCTCCAGAAAGTCCTATTTGATCTTCATCAGGAATGTGAGACTCCATTAAAGCTCTTTTGTGATAATAAAGCTGCTATTAGTATTGCTAACAACCCAGTTCAGCATGATAGAACTAAACACGTTGAGATTGATCGGCATTTCATCAAAGAAAGACTTGACAGTGGGAGCATATGCATTCCGTACATCCCTTCGAGCCGACAAGTTGTTGATGTCCTCACCAAGGGGCTTCTCAGACCAAACTTCGACTTTTGCCTTAGCAAGTTGGGCCTCATTGGTATTTACGTCCCAACTTGAGGGGGAGTGTTAGAATTATTAGAATTATTTTTGGAAAGAATAATATATAAGATTTTATTTCCTAAATATTTCCTAGATATTTTTCTTTCTTACTCCTATTGTACTCTATTTATTATCTCTTTGTACCTATTGTGTTCATATCAGAAAATAATAAAACTAAAAACATCGTGGTTTTTCTCCCGGTTCTCGAGTTTCCACGTAAGCCGGTTTTGTGTTCATTGCTTTCAATATAGATAAATAAACTTTCCCACTAACCACGGATACTTTTTGTTATCAATAGGAACTTTGTCAATAGAATTTCCTAGTTTTACACTGAGCTCCATAGGGGTATTGATTGGACAACGTTTAGTCATACTTGTTTTCTTCAATAGGTCAAGTGTATTTCCTTTGTAAAACCGAAATTACTTCCCTTGATCGTGCAACTTTCATCTCAAGGAAGTACTTTAGATTCCTTATGTTTCTAATATCAAACTAGTCACCCATCTTCCTTTTTAACCCGGTAATCTAAGTAATATTATCCCTTGATAAGACAATATCATTGACATAAACAATTAACTCAACAATTTTCTCAGATTTAGATCTCTTCGTAAATCGTGTATGATCAAAGTGTCCCTGACTGTAACCTTGGGACTTCATAAATGTGGTGAATTTATCAAACCAAGCCATGGGAGATTGTTTTAAGCCGTAGAGAAATTTTCGAAGTTTACACACTTGATAGTTAAATTGGACCTCAAAGTCTGGAAGGGAAGTCGCGTACACTTTTTCCATGTCACCATTTAGAAAGGTATCTTTTACATAAGTTGATGAAGAGATCACTCGTTATTAACTGCAACGAACAGAAGAACCCTTACTGTGTTTAACTTTATGATAGGTAAAAACGTCTCTAAGTAGTCTATTCCATACGTCTGATTGAACTTTTTTGCAACTAGCGTGCCCTTGTACCAGTCTAATGTCCCTTCTGATTTATACTTCAAAGTGAATACCCATTTGCATCCCACTGACTTGTGCTCTTTGGGAAGATTGCATAAATCCTATCTCTTGTTTTAGTCAAGAGCTGAGAGCTCTCATTTCTTCTACAATAACTACTTTGCACATAGGACTTTTCATAGCCTCATATATGTTCTTTGGTATTGTTGCATTGTTGCAGCATCAAGACATGTAGTGAAAGCCTTGAACTTAGGTGATGGATTGCTATATGATATCACATAGAGTGCTTCGTACATGACCTCGTGCCCTTTCTCAAAGCAATGAGCATGTCAAGAAAAAGATTATAACTTCTTAGTTTATTTGAGTTATCTGGACTAGTCTTACCCAATTGTGTTTCAGCTCTATTTTTATCACATCGACAGCCTTTGGAACAACTACATTGTCCCTACCTTCCCCAACCATATCGTCAACCACATCAGCAATATTATCCTCAACACAAGAATTATTGTTGTTAGAATTAGTAGTACCTTGAGCATGGGTCGGTTCAAAGTCATGGACCAGAGCCGGCCAAGCAGGAGGCACCATTTCCTTTGTATGATTCTTCCTATAGTACGTAATCCAGGGGACTTGGTTGTAGGAAAAACTATGTTGTGGGGAATGGGTTTCGAAGGGCAAGAAAGGAGCTAAAGGAAGGAAAAGGAGTTAGTCTCTTGACTCACATTCTCCCTATGAAGATGACTATTGGGAAAGAATGGTTTGTTTTCTGGAAAGGTGACATCCATGGGCACAAAGCACTTTTGAGAAGATGGGTGGAAACAGTTATAGCCTCTTTGGTGTAAGGGATACCCCACAAAGAAACATGGGCGAGCCCGAAGGGGAAACTAGGTTTCATTAGGATTGTGATTGTGAATGAAAGCAATGCATCCAAATGTTCAAAGAAGAAGATTAGGTATAAGCCGGGTGGCAGGTAGAACTCAGTATAAATGCAGGAACTTTGGTGGACAAAGCCTGGGGACCAAATACATGATACAAAACTAGACAACAACCACCACGGCTACAAACCAAAATAGAACAAATACATGGAGAGATAACAATCCAAAACCAAGACCACACTAAACACAAAACGGACACACCACCAAAGGAAACAACTACAAGAAAATAAATGATTAATCTTCAGAGTAGGTAATTTTAGCTACTGCCATCTGAGAAAGAATCTGATAACCGGGGAAACAGTACGAGGCTTGAGGTAACTCTAGCCCCGAGCAAGGAAACATCATCAATCAATGCAAAAGCCTGCCATCCGAGAAAGAATCTGATAACCGGGGAAACGGTATGTGTTTGTATTCTTTTATTTTTTCTGTTTTGATAAAAATAATTAATAAAGAAAAAATAAAAGTTAAAAGAAGAAAAAGAAGAAGAAAATAGCTAACTAGCCACAATTTGGAATAGCTTTACTTTTTGTCATGAAATCTGAATGTAGCTTGCATTTAACTTAATGTATCAATATGTATTTAAGAATGTAAGAAATGAATTACAGTCATTCCAGTTTTGCAGGTAATCGTGAAATTTCTCGAGTATTTAATATAATTTATGAAAGTAGCTGTTGTTTTTCAATATTAACCTTCCTGTTGCGTTTGAGTTTCAAAAATGTGTTTCTGTTTGACACATTCAAATATGATGTATATTGACTAAGTTGTGTTGCAAAGGCCAACAGCAAGGAGAAAAAAGTAGGTACTGACGGTGAAGGCACATATTCTAAACTAGGCAGACCTTATCTGTGCACTGATTATGACATTTATCTTGTGTGGGAGCCATGTATTATGTAAGTTTTGTTCGCAGTATTGGTCTTTGATTTGTGGTTTTGCATTTTACATTTTCCACACATTTAGCTTTTCTGTATTTTTAATGCATAGATTTTGTTGTAGGAAGAATTTTCCTTTGGCTAAATTATACAAAAATGTTCAATCTTCTGTAGTTTGTTACTAGGTTTACTATTTTTGTTTAATGGAGTGTTTGGAGCAAGGAGTGAGGTTGTGAAGTCTAGTTGTGAAATTGTGGGCTCGGTGTGTAAGAAGTAGGGATGTAAACTGGTTGGGTTGGGAATCAACCCAACCCATATTTTCGGGTTGGTTGGGTTGGCAATCTGAATAACCCAAATAGTATTCCTAACCCTTAAAATATGGGTTAGGTTGGATTGGGTTGTTGGGGTGTATTGTTTCATAACCTTAAAAGACTGAGAGGTAGACGGAGAGAAGTGAGGCAACACAACATAATGCAATGAAACGCCGGCAGCAACATAATAGAGCCTCTATCGTTCATCGATACAGCTGATGAAAGAAAGAAAGTAAACACGTGCAAGATTAAGAAAATGCACGTGAAAAAGAGGGAGTTAGAAAGTTTGTAAATAGTCTTTTACATTTTGGAGAGAAAGGGAGTTAAGAATTTTGAGCGTTTACTTCTGTTTCATTCTTGAAAAAAAGAATAACAAAGTGCCCTAGTGTTCTTGTTTTCTATTTTGATATTGTAACAAGGAATATTACCTTGATTGTTATCAATAAAACTCGTATAATTCCACAAATTCTGGTTCCCATCGTATTAGTATCAAAGCAATGTGAATCCTGGGAAAGAAATCAAGAATGGTATGGACAAGAATTGAGGAGAGGATGGAAACCTTTGATCAATAAATGATCGAAATGAAGAAAGAGCTAAGTAAGATACAACGATTGAGTTGAGCCTGAATGAAATTACAAAGAATCTGGAACTAATGAGATTGCAATTCGAGAAGCAACAGTAGATGCTCATGATGTTCATGGAGACGTTGGCAAGAGAAAGATCAATGGTGAGCGAACAAATGAAGAAATCAGCAGCTCGTGATTCAGCGACGATGAAAATGAAAGAACATGAAGGATCATCTAGTTGCGATATTAGAGCCGAAAGATGTGAAAGGAAAACGGAAAACGATGACAGAAACAACGATCGAAATAAATTCAAGAAGGTGGAGATGTCGATGTTCAATGGAGAAGATCCTGATTCTTGGTAGTTTCGTGCCGATAGGTATTTCCAAATCCATAAACTAACTGAATCTGAAAAAATGATTGTGGCGACAATAAGTTTGAAGGATCGGCGTTGAATTGGTATCGGTCTCCAGAAGAGCGTGAGAAATTCGTGGATTAGGCGAATTTGAAGGAATGGTTGCTAGTCCGGTTTTGATCAATTAGGGAAGGATCCTTTTGTGGCCAATTTCTACGGGTTAGGCAAGAATCAACGGTTGAAGAATATAGAAATTTATTCGACAAGCTAGTAGCCCTATTACTCGATCTGCAGGAGAAGGTGATCGAAGAAACGTTTATCAATTGTTGTTATCGTGGATCAAGGCGGAAGTCGAATTCTGTGAGCCGAAGGGAATTGTGTGAATGATGTGAATCGCGCAAATGGTGGAAAATAGGGAGATTATTCGGGGAGAAGCCAATTTGAAGGGATACGCTGGAGGGAAATACCCGTATTACCCCTCTGCGAATACAGAATCCACTACAACGATCATGACGAATGAATGCAAAAATAACACGACCTTTTTGATGAGAACTATAACTTTAAGAGGAGTGGCTTCAGGCGAAACTCAGAATCGGAGAGAAGGAACGGCTAAGCATCTATCTGACGCTAAATTCCAAGCAAGAAAAGAAAAAGGATTGTGCTTCCAATGCAATGAGAAATATTCTCATGATCACAAGTGTAAAGCAAAAGAACAAAGGGAGCTTCGGATGTTTGTCGTTAAGGCTGAGAATGAAGAATTCGAGATTATAGAGGAAGAAGCATAGGCGAAAGAGCTAAACTCAGTAGAGATTGTAGAGGAAAGCAAGGCTGTGGTGGAACTTTCCATTAACTCGGTAGTGTGATTATCCACTCCGGGTACTATGAAGGTAAAAGGGAAGCTTGATAATAAAGAGGTGATTGTATTAGTTGATTGTGGCGCCTCACATAACTTTATATCTGAAAAATTGGTGAATGAATTGCAAATAACCATGAGAGATACTTCAAACTATGGAGTAATTCATGGTTCAGACACTGCAATTAAAGGGAAGGGAGTCTGCATATCTTCTTAGGAGAATGGGAGGTTATTGAAGACCTTCTGCCGCTAGAACTTGGTGGAGTAGATGCCATATTAGGAATGCAATGGCTATATCCCTTGGGCATCGCAGAAGTAGATTAGAGGAGCTTGACAATGACATTTATGCACCAGAACAAAAAGATGGTCATTAAAGGAGATCCAAGCTTCACAATGGCAAGGATGAGTTTGAAAAGCATTGTGAAGACTCGGGAAGATTTAGATCAAGGCTATTTGGTAGAATGTAGGGCCTTGGAAGGAAGTGAGTGGTTATCAGATCAGGCAGGAATTGGAGTGTTGACAATGGAAGAGACAGTGGCAGTGACTTTAAAAAGCTTTGAAGATGTTTTCGAGTGGCCTGAAAAACTACCTCCCTGAAGGGATATTGAACATCATATTCACCTGAAGAAAGGCACGGATCCAGTGAATGTTCGGCCATATCGTTATGCATACCTACAGAAAGCTGAAATGGAGAAACTAATGGAAGAAATGTTAGGTTTTGGGGTAATACGACCTAGCACCAACCCTTATTCAAGTCCAGTCTCATTAGTGAAAAAAAGATGGAAGCTGGAGATTTGGCATTGATTACCGAGCCTTAAACAACGTAACCATACCAGATAAATTTCCGATTCCAATGATAGAGGAGTTTGATGAACTGAATGGTGCAATGTTGTTTACTAAAATTGACTTGAAGGCGGGCTACCATCAAATCAGAATGTGTGCTGAAGATCTTATAAGGACTGCATTTCGTACTCACGAAGGATTATGAATTCATGGTAATGCCATTTGGCTTGACGAATGCCCCTTCCACCTTTCATTCATTAATGAATACTATATTTCGACCCTACCTAAGAAAGTTTGTGTTAGTATTCTTCGATGATATTCTGATTTACAACAAGGATTTAGAAACACATATGCAACATATGAAGTTAGTCCTAGAAGTGTTGAGGAAGAATGAACTGTATGCTAATAAAAAGAAATGTAGTTTTGCACGGGCCAGGGTAGAGTATCTTGGGCAGATCATTTTCGGACAAGGAGTAGAGGTGGATCCAGAGAAGATTCGAACAATCAAAGAGGGGCCAACACCTACAAATGTTAGGAAAGTTAGGGGATTTTTTGGTTTGACTGGTTACTATAGAAAATTTGTGTAACATTATGGTTCTATAGCTACCCCACTAACTCAATTGCTAAAGATCAGGGGATTAAGTGGACAAGTGAAGCTCAAGAAGCTTTTGACAAGTTGCAACAAGCAATGATGACCCTCCCTTTCTTAGCGTTGCCAAACTTCAACATGCCCTTTGAGATAGAAACCTATGCATTGGGGTTTGGGATATGGGTAGTCTTGATACAAGCTAAGCGTCCAATTGCATACTATAGTCACACGTTGGCTATGAGAGACAGGGCTAAACCAGTGTACGAAAGAGAGCTATTGGCAGTGGTGCCTGCGGTACAAAGGTGGAGACAATACCTACTTGGCAGGAAATTCATAGTAAAAACTGATCTACGATCCTTGAAATTCTTATTAGAACAATTAGTTATTCAGCCACAATACCATAAATGGATTGTGAAACTACTTGGCTACTCATTTGAAGTGATATACAAGCTCGGATTAGAAAATAAGGCTGCTGATGCCTTATCAAGAATGCCTCTCACAGTCCATCTCTACAACTTGACATCCCCTACTCATTCATTTGGTAGTAATCAAAGAAGTTGAGAAAGATGAATGTTTGATGAAGAAGATACTGAAGCTAGAGAAAATCGAAGAGAAGACAGAAGGGAAATATTCCATACATCAAGGGATGCTAAAGTATAAAGACCGGTTAGTGATCTTTAAATCTTCTACTTTGATCCCTGCAATTTTACACACTTACCATGATTCTGTATTCGGTGGACATTCAGAGTTTTTGAGAACATATAAGCGTCTTACTGGAGAGTTGTTTTGGTAGGAAATGAAGTAAGACGTAAAAAAAAATTGTGAAGAATGCCTAGTGTGTCAGAAAAATAAATTACTAGCATTATCACCTGCAGGGTTATTACTTCCTTTAGAGATCCCTAATTGAGTGTGGGATGAAATATCCATGGATTTTATTGATGGGTTACCAAAATCTAGTGAGTTCGAAGTAATCTTGGTGGTGGTGGATCGATTTAGCAAATACAATCACTTTCTAGCCTTGAAACATTCGTACAATGCAAAAATAGTGGCTGATCTGTTTGTTAAGGAAGTAGTGAGGCTACATGGCTACCCTAGATCGATAGTATATGACAGAGACAAGGTGTTTTTGAGTAATTTCTAGAAAGAACTTCTCAGATTGGCCGTGACTAAATTAAATCGTAGCACAGCATATCATGCACAGACGGATGGCCAAACGGAAGTGGTGAACCGAGGGTTGGAAAGCTACTTGAGATGTTTTTGTGGAGAACGACCAAAAGAATGGGTTAGATGGTTACATTGGGTGGAATTTTGGTATAATACTACATACCAAAGGTCTCTTGCCCCAACCCCATTTCAGGCCGTGTATGGCTGTTTGCCTCCCCCACTGATATACTATGGTGATAGGGATACCCCAAATTCAACACTAACGAGCAATTAAAGGAGAGAGATGTTTTAGGGGAATTTATAGAACATTTGAGAGTTGCCTAGGATAAGATGAAGAAATATGTTGATTTGAAGAGAAGGGAAGTGGAATACGTAGTAGGAGACATGGTCTTTCTGAAAATTAGACCATACCAACAGATTTTGCTAAGAAGAAAGAGGAATGAAAAGCTGTCTCCTAAATTCCTTGGCCCCTATAAGATCATTAAAAGAATAGGGTCAATTGCTTATAAATTGGAATTACCAAGCAATACAATGATACATCCGGTTTTTCATGTGTCACAGTTGAAGATGTTAGGCTAGCATCATGAAAACAGCATGAAATTCCATATATAACAGAAAATAATGAATGGAAGGCAGTACCTGAGGAAGTGTATGGGTACTTAAAAGAACAAAGTGGGGGATGGGACGTTTTGATTGGTTGGAAAGGGTTGTCGAGGCATGTGGCTACGTGGGAATGTTATGAAGAAATTCATCAACGGTTTTCGGAGCTTCAGCTTGAGAACAAGCTGAATTTGGAGATGGAATGAATGATAGATCCCCTATCATTCACCAATACAGTAGAAAGAAAGAAAGTAAACATGTGCAAAGGATAAGAAAATGCATGTGAGAAAGAGGGAGTTAATTAGAAAGTTTATAAATAGTCTTTTACATTTTGGAGGGAAAGGGAGTTAAAAAATTTTGAACGTTTACTTATCTTTCATTCTTGAAAGAAAGAATAACAGAGTGCCATAGTGTTCTTGTTTTCTATCTTGATATTGTAGCAAGGAATATTACCTTGATTGTTATTAATAAAACTCATATAATTCCCATAATTTTGGTTCCCATAGCAACGCAATGGAGACTAAGAAGGAGAAACGATAAAAAACGGTGAAGTGAGAAGCCGACGACAATGGAGAGAGAGAAGGAGAGGCGTGAGATGAGAAGTCGAGGTGAGAGTGAGAGGGTAATGCCAACGACGGCGTGAGATGAGAAGCTGAGACGAGAGGGGGAGGGTGATAAGAGAGATATGAGGTGCGACATGAGGTTGTGTTGAATGAAGTGAGGCCTGACCCAAATTTACTATTTACTAAATTAATAATAAAATATAATATAAATATATTAATATTATATATATAATTATATATGTTTAGTTTATGGAAAAATTAGTTATGGAAAGTTTACCAAAATATCATGGTTTTGTAATTCATTAGAAAATAACAAGAACAATATATCATGGTTTTTCTCCTAGTACTTGGGTTTCCACGTAAGTCAGTGTGATTCTTTGTCTATACTTTCAATGTGGTATTAAAGCAGGACATTGAACACACCCTAGAAACCCTAGAAGATAACATGTGATGAAAATCAAACAGAAGAGACAACCGCCAATTTAAGTACCGCCGTCGTCAGATCGGTGCTGCAATGGACGAATGGTTCCACTGTCTTTAGAAAACACCGAAAATGTGATCCAATTGATTTTGTCGTTGTCCATTCAGCCGAAGACTCCTCACGCGCCGCCACCAGAACTACACGCGCTAGTCCTTCCTCCTCAGTAAGTGTCGACCATCCCATCTATGCAACCCTCTACTTCATCTGCTGCCTATATTGCTCCCCACGCCTCGTTTTATGTACTGCCACCTAATTCTGATCGGTCACTACCGCTCCTGCCGTCATATTTGTAGGCCCTGCCACCCACTAACCTAAGTTATCATCTTGATATTTAGAATCCTCAAATTTACTCAACATCTGAGGTTGGTGAATCTTTGACACATTCCAACCCTAACGTGCAATTCCTCGAGAATAGCTCAATAGCAACTGGAAGGGCTACGACAACAGATTGCAGCAATTGAAGCTACCTTAGTGACGACGTCCAAACTCCTGTATCGATGTATTGTGAGAATCCGGTAACCTCGTTCCCTACTTTATTCTCTCTTTATATGACTAGTACAGTGGCTCAATCTACAGCGTATCATCTTTTAGGGGACAAGTTGAATGGCAATAACTATTTCTCATGGTCTCAGTCAGTGAAGATGGTCCTTAAAAACGACATAAATTTGGCTTTCTAACAGGTATCCTCGCCCTTCACTGGGAGACCCCTAAGAACGATACTGGAAGGCAAAGGACTTCATTCTTCGATCCGTATTTATCAATAGTATGGAACACCAGATTGGCAAGCCATAACTGTTTGCTGCAACAGCCAAAGATATTTGAGACATGACCTAGAAACTTAATTCCAAACGTTAGAAATGAACCTATGCAAAGAACTAGTCTGGAGTAATCCCAGTGATGCTTTGCAGTACTCTAAAATTGAAGAGATTGACAGGATTTATGACTTTGTTGTTGGTCTTGATCGTAAGTTTGATGTAGTTCGAGGGCGTATACTAGGCCAGAGACTGATTCCCCTCTGATGGAAGACTGTTCTAAAATCCGTCTCGAGGAAGATCTTACAAGTGCTATGAATATATCTGCAACTCCTATTATTGACTCCGCTACTTTTAGTGCGAGGCCCTCTACTAGTAGCAATGACAAGCACAATGGAAAACCAATTCCTGTTAGTGAGCATTGCACAAAACAATGGCATACCAAAGAATAGTGTTGGAAGTTACATGGTCGTCCTCCAGGAGGTAAGAAACACCCTCTTGACGACAAACAGAACACAGGGCGGGCGTATGTGAGTGAGTTTGCTGAACCTTCTCAACCACCTAATTCACATGGGAACCAGATTGATCCCAATCTCGCTACTTTAGGTGTCGTTGTCCAATCAAGTTTACCTCAATCCTTCGGTCTTATTAGTGTTGATGGGAAGAACTTTTGGATTTTGGATTCTAGCGCCACAGATTATTTGACTGGGTCCTCTGAACATTTTGTGTCTTATATTCCTTGTGCTATGCAGGGCTCTCCTTACATAATGTTTTGCATGTGCCCAGATTGTCTTATAATTTGCTTTCTATAAGCAAGATTACTCATTAACAAAGCAATATTCTTATATGATTATGTCTCTTTTCAGGACTTGAGCTCGAGGAAGATACAACACTGCCAAGCATAGTAGGGGACTTTACCTCCTTGATGATAATACCTCTTCTAGTAGCATTTTTAGGACTATAATTTTATCTTCTTATTTTACTACTTCTGAACAAGACTTGTATATTGTGACATTTTCGTTTAGGTCACCCTAATTTCTAATATATGAAACATTTATTTTCTCATCTCTTCTCCAATGTTGATGTGTTTTCCTTATCTTGTGATGTATGTATTCGGGCCAAGCAACATCATGTTTCTTTTCCTTCACAACCAAACCAACCCACCTTTTCACTCTTGTTCATAGTGATGTATGGGGACCATCCAAGATAACAACCTCATATGGAAAACAGTGGTTCGAAACCTTTATTGATAACCATATTCACCTTACCTGGGTCTTTTTTTGTCTCCGATAAATCTGAGGTCACCTCTGTCTTCTGGGACTTTTATAACACTGTAGAAACACAGTTCAATAGAAAAATTGCTATTATGCGGAATGACAATGTCGAGAGTTCCAAAACCATACCCTCAGTAATTTTTGTCTTCAAAGGCATTGTCCACCAAAGTTCTTGTGCCTACAACACCCAACAAAATGGAGTAGCCGAGCACAAAAACTGTCACCTTTTGGAAGTCGCTCGTTCTCTTATGTTGTCTACTTCCCTTCCCTTCCTATCGTTGGGGTGATACTGTTCTCACTGCAACTTATCTTATCAACCGAATGCCTTCTCATGTCCTACAACTCCAGACCCCCTTAAAGTGTCTTAAAGAGTCATATCCCTCTACCCGCCTCATCTCTGATATTCCTCTTTGGGTATTCAAGTGCATAGCATCAATTAGGCTATAAATGCTTTCATCCGTCTTCTCGTAAGTACTTTGACTCCATGGATGTTACCTGTCTCGAAAATCGTCCTTTCTTTCCCGTTAGCCCTCTTTAGAGGGAGAGTGAGAGTGAAGAGCCTAACTCTAACTGGGTGATTTCCTTAGAGTCTACCAGTCCTACTCTCGTTACCATACCTAGTCCAGATCCTCACTACACAACCCTACCTACGAACCAAGTTCCTTGGAGAACCTACTATAGGAGGATTCTTAGAAAGGAAGTTGGGTCTTCTGCTAATCAGCCAGCTCTAGTCCAAGATTCTGAACCTTTAAAAGATCAATGTATGATTGATTCTATTGGCTCACATATTGACAATAAAATGAGTGAAACTGGTCCGGAACAGCTATTCTTGAAAATATAAGTGAATAAGGTAATGTTGATACTGAGGTCATCCTGGATGGAAAGGGTAGTGATGATGAAAATGAGGCTAGTGGAAGAGTTGCTAAAAATGAAATTAGGGAGGATCCTTCAGAAAATATTAGGAAGTTTGATCTCTCTCTTAATCTGCCTATTGCACTAAGGAAGGGTACCAAGTCCTACACTAAGCACTCTATTACTAACTATGTTTCTTATGAGAACCTATCTCTTCAGTTCAGAGCCTTTGCAGTCAGCCTTTACTCTACTTTGATACCAAATAATATCAACATTGCTTTAGACTGTCTTGAGTGGAAGAATGCTGTAATGGAAGAGATGAAGGCCTTTGAAAAGAATAAGACTTGGGAGATCTACGGCCTACTTAAGGGACACAAAACTGTGGGATGCAAATGGGTGCACTCTAAAATACAAGGTAGATGGTACAATTGACAGACATAAGGTCAAACTAGTTGCAAAAGGGTTCACTCAAACCTATGGGATTGACTATTCTGAAACTTTCTCTCCTGTTGCAAAGTTGAACACTATTAGAGTTTTATTGTTTGTTGCGGTGAATAAAGATTGCCCCCTATATCAACTTGATGTTAAGAATGCATTCTTAAATAGGGATCTTAAATAGAGATCACATGAAAGCTGTAAACAGAATTTTGAGATACTTGAAAACAACACCTGGTAAAGGGTTGATATTTAGAAAGACCGATAGGAAGACCATTAAGGCATATACTGACTCGGACTAGGCAGAATCTGTTGTTGACAGGAAGTCTACCTCCGGTTATTGCACCTTCGTTTGGGACAATCTTGTAACTTGGAGGAGTGAGAAGCAAAGTGTTGTGGCAAGAATCAGCGCTGAGGCCAAAGTTCTGTCTGATCTTCATCGGGAATGTGAGACTCCATTGAAACTCTTTTGTGATAATAAAGCCGCCGTTAGTATTTCTAACAACCCATGTTGAGATTGATCGGCATTTCATCAAAGAAAGACTTGACAATGAAAGCATATGCATTTCGTACACTCTTCGAGCCAACAAGTTGATGTTCTCACCAAGGGACTTCTCAGACCAAACTTTGGCTTTTGTTCTAGAAAGTTGGGCCTCATTGATATTTACGGCTCAACTTGAGGGGGGAGTGTTAGTTTATGGAAAAATTAGTTATGGAAAGTTTACCAAATATATATTTTTCCTTTTTTTCTTTTTCCCTTGTGTATTCTTTTTGATCTCCCTCATCGTACCTTTGCAATTCATTAGAAAATAATAAGAACAAAATATCGTGGATTTTCTCCCGATTCTCGAGTTTCCACATAAGTTAGTGTGTGTCTTTGTCTCTATTTTCAATAATATATATAAATCACTAATTCGGGTTGGGCTGGGTTAAACCGAATTTTTCAGCCCCCAACCTGAGACCCAATCCCAACCCAACAAAAAAAAGAAAAACAAAACAAAATTTTTGAACCCGACCCAACCTAAATTTTAAACTAACCTAACCCATCCCTTATAATATGGGTTGGGTAGACCGGGTTGTCGAGTTATTCTTACACCCCTAGTGAGAAGATACTGGGGCATAAAATTGATGTCTTTTAGCTATGCCTCACAAATTGTTTGGACTAAATAAGGATTGGAGTTCATAGATCTTCCTCAGTTCGTCTGTTAGGACAGTTTTTTTATTCAGATTACTCTAGCCTGGATATTTGTCTTTATTAGAATGCTTTTATCTCCTAGTGTAACTGTGGCAATTGATATTTTATTTCTTATTCAAATTGTTGATTTTATAATTGGATGTGGTGAGGGTGCTAGGGAGGTTCAATCTCCCTAGTCGAGGTTTCTATGCATATTGTGTTCCATTATCTTTTTATCCTTGCATCTTGATGTTCAGTCTTTTTCCCCTGTATCAAAATTAAAACTGGTGTGTGTGGGCCCTATAATATTAGGGCTATATCTTCTAGATTGGCCTTTTTTTCTCTCTTTTTTTTTTTTTTTTAAAAAAATGTATTTAAGGGCTGAGGGGACCCTCCTCAAGAGAAGCTAGAAAACAAGGGTCTTCCAATTGTTAAAAGTCATGGAGGGTATGATTACAATTGTATTTCGTGTAATTAGTAGTCCAAAAAGCTGGGTGTTGAACCATATGAAAGAATCAAAAGAATCAAAGGGAGTGAGGTTGAGAGAGGAGTGTAAAAATATTGTTGGATTTCCTTTAGGAAATTTGAAGGCAAGGTTGTTACATTTACTTCTTTTTGTGATATTTTATCATATATTTTCATATATCAGTGTCATTGAGTTTTGTCTATATTTTTTAGTGTTCTTGTTAGGATGATTTTAAATCATTTAGATAAACCATTAGTTTTTGTGATGTTTCTTTTGTTGGTTACAGGTGTGCAATGGCACTGGTTCATCAACGAGTTAGGCGCGTGTTTTATGCGTTCCCAAATCCTAGCCATGGGGCATTGGGCAGTGCTCACAGACTACAGGGTGAAAAAAGTTTAAACCACCATTACGCTGTTTTTAGAGTTTTGCTTCATGAAGATGTACTTTAGTGGGCGGTGTTCTCTGGCTCCAGGACTCGTCAGTTCAATTGTAGCTGAAGCTGTGGAGATGATCATTATTATTATCATTATCATTATCATTATCTTGGGCACATCAGGCTTTTAAATTAAGGTGTATGGATGAGTTGGGAGCAACATTGTAATTTCTATCAAAACTATCAGAAGTTTCCATTAGATGCTTCGAGGTCATTCTTTTGGTATTAGACATAATAAACAATTTACCATAGGTTATTTACATGCTCAAAGTCTGAACTAATCAGACAAATTGACATAATTGAAAAATAGTTATTTATAGAAATGGTTGCAGTGTTTCGATGTTGTCCTTCATGGTATGGTGCTACACTGAGTAAT

mRNA sequence

GTTTACACATACACTTCTATTTCTATTTCTATATTTTTAATAGTTAATCTCTTTTTTCCTAAACCTATTTTGTCGTTTCGGACAGTTAAAAACCCCTGCCGCCGCCGTCCCGTTCCTTCCGGACGGCCTCTCAGCTCCTGCTCTCTCACGCCGCTCTCCCTGCCTTCCGACGAAATCGCTGCCCTCACCCCCTCCGAGCAATCAGAGTTACTTATCTACTTCCTTCTTCTCAGAAACGCAGTGGTTCAGCCCCTAAACCCTAGGAATTCAAAATCACAAGCATACAGTATGAGCAAAATTATTTATATCCCAGATAAGCTGCCAACTCCACCGGATCAACAACCCACTGTTAATGTCTTTGCTGCTGTGGTTGAACCCAAGATAATCAATAATCTTGTGAGGCGACTAAATCAGATAGCGCCATTGGAAAATCTTCGCCATGTGAAGAGAGTTCAGAAGAAGCACCTTGAAGATGGAAAGACTCAAATAGCATTGATCCTATGTGTTGCAAGTGAAAACAATTGCGATTTGGATGTTTTGTCTCCTTGTGTGCAAGAGCTTGTGACGTCATACAAGTTGAGTGCCTTTATCACAAAGGTTTGTAAGGAAGCAGCAACGACAAAAGAAGAATGGGAAGAGCAGTGCAAGCTTTGGCCAACATCATATCATCCACCCACATACAATATTGATGGTATCACTGGCTTTAATGAAGTGGATACACAATCAATTTTTGGCTTCATGCGATTAGCAATAGAATTAGCACAGTCTTCTAGTAAATCGGTAGTAAATGCTGCGGTGATTGTTGATCCGTCAGTTACACAAGTAATTGCAAGTGCCTGTGATCATCATATTTCCTTCGAGAATGCTTCCACAAGCAATGTCAACGGAGAAACAAGCTTTGAAAAATCCCCAAAATCTCTTTGTTCTCATTTTGGCTCCGATGGATCCATTATCCATGGAACTTTTCCCTCAAGTTCCTCGTTGGAAAAACTGAAACAATCATGTGCAGATGTTTCCTGTTTGTACCCCTTGCGATGGGTTGACCAACCATTACCACATTCCTCAAATTCTTGTTGTTGGCACCCTCTAAGGCATGCTGCTATTGCAGCTATTGAATCTTCTGCTGCCCGAGATCGTCGTCTGTTCCCAACTCTTGAAACCACGGGTGATAAGTCAGTTGAAATGGAGCATATGGGCCCTCTGACAAAACTAGCAAAAAGACAGAAGATTGACCTTGACAATGCCAACAGCAAGGAGAAAAAAGTAGGTACTGACGGTGAAGGCACATATTCTAAACTAGGCAGACCTTATCTGTGCACTGATTATGACATTTATCTTGTGTGGGAGCCATGTATTATGTGTGCAATGGCACTGGTTCATCAACGAGTTAGGCGCGTGTTTTATGCGTTCCCAAATCCTAGCCATGGGGCATTGGGCAGTGCTCACAGACTACAGGGTGAAAAAAGTTTAAACCACCATTACGCTGTTTTTAGAGTTTTGCTTCATGAAGATGTACTTTAGTGGGCGGTGTTCTCTGGCTCCAGGACTCGTCAGTTCAATTGTAGCTGAAGCTGTGGAGATGATCATTATTATTATCATTATCATTATCATTATCTTGGGCACATCAGGCTTTTAAATTAAGGTGTATGGATGAGTTGGGAGCAACATTGTAATTTCTATCAAAACTATCAGAAGTTTCCATTAGATGCTTCGAGGTCATTCTTTTGGTATTAGACATAATAAACAATTTACCATAGGTTATTTACATGCTCAAAGTCTGAACTAATCAGACAAATTGACATAATTGAAAAATAGTTATTTATAGAAATGGTTGCAGTGTTTCGATGTTGTCCTTCATGGTATGGTGCTACACTGAGTAAT

Coding sequence (CDS)

ATGAGCAAAATTATTTATATCCCAGATAAGCTGCCAACTCCACCGGATCAACAACCCACTGTTAATGTCTTTGCTGCTGTGGTTGAACCCAAGATAATCAATAATCTTGTGAGGCGACTAAATCAGATAGCGCCATTGGAAAATCTTCGCCATGTGAAGAGAGTTCAGAAGAAGCACCTTGAAGATGGAAAGACTCAAATAGCATTGATCCTATGTGTTGCAAGTGAAAACAATTGCGATTTGGATGTTTTGTCTCCTTGTGTGCAAGAGCTTGTGACGTCATACAAGTTGAGTGCCTTTATCACAAAGGTTTGTAAGGAAGCAGCAACGACAAAAGAAGAATGGGAAGAGCAGTGCAAGCTTTGGCCAACATCATATCATCCACCCACATACAATATTGATGGTATCACTGGCTTTAATGAAGTGGATACACAATCAATTTTTGGCTTCATGCGATTAGCAATAGAATTAGCACAGTCTTCTAGTAAATCGGTAGTAAATGCTGCGGTGATTGTTGATCCGTCAGTTACACAAGTAATTGCAAGTGCCTGTGATCATCATATTTCCTTCGAGAATGCTTCCACAAGCAATGTCAACGGAGAAACAAGCTTTGAAAAATCCCCAAAATCTCTTTGTTCTCATTTTGGCTCCGATGGATCCATTATCCATGGAACTTTTCCCTCAAGTTCCTCGTTGGAAAAACTGAAACAATCATGTGCAGATGTTTCCTGTTTGTACCCCTTGCGATGGGTTGACCAACCATTACCACATTCCTCAAATTCTTGTTGTTGGCACCCTCTAAGGCATGCTGCTATTGCAGCTATTGAATCTTCTGCTGCCCGAGATCGTCGTCTGTTCCCAACTCTTGAAACCACGGGTGATAAGTCAGTTGAAATGGAGCATATGGGCCCTCTGACAAAACTAGCAAAAAGACAGAAGATTGACCTTGACAATGCCAACAGCAAGGAGAAAAAAGTAGGTACTGACGGTGAAGGCACATATTCTAAACTAGGCAGACCTTATCTGTGCACTGATTATGACATTTATCTTGTGTGGGAGCCATGTATTATGTGTGCAATGGCACTGGTTCATCAACGAGTTAGGCGCGTGTTTTATGCGTTCCCAAATCCTAGCCATGGGGCATTGGGCAGTGCTCACAGACTACAGGGTGAAAAAAGTTTAAACCACCATTACGCTGTTTTTAGAGTTTTGCTTCATGAAGATGTACTTTAG

Protein sequence

MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHLEDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCKLWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVIASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCADVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEMEHMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAMALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL

Homology

[Close]

BLAST of Cmc04g0107321 vs. NCBI nr
Match: XP_008466785.1 (PREDICTED: probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X2 [Cucumis melo] >XP_016903628.1 PREDICTED: probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X2 [Cucumis melo] >XP_016903629.1 PREDICTED: probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X2 [Cucumis melo])

HSP 1 Score: 827.8 bits (2137), Expect = 4.1e-236
Identity = 409/410 (99.76%), Postives = 410/410 (100.00%), Query Frame = 0


Query: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60
           MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL
Sbjct: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60

Query: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120
           EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK
Sbjct: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120

Query: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180
           LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI
Sbjct: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180

Query: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCA 240
           ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGS+GSIIHGTFPSSSSLEKLKQSCA
Sbjct: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSNGSIIHGTFPSSSSLEKLKQSCA 240

Query: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300
           DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME
Sbjct: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300

Query: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 360
           HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM
Sbjct: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 360

Query: 361 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 411
           ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL
Sbjct: 361 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 410

[Close]

BLAST of Cmc04g0107321 vs. NCBI nr
Match: XP_016903627.1 (PREDICTED: probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 [Cucumis melo])

HSP 1 Score: 827.8 bits (2137), Expect = 4.1e-236
Identity = 409/410 (99.76%), Postives = 410/410 (100.00%), Query Frame = 0


Query: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60
           MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL
Sbjct: 36  MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 95

Query: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120
           EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK
Sbjct: 96  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 155

Query: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180
           LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI
Sbjct: 156 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 215

Query: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCA 240
           ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGS+GSIIHGTFPSSSSLEKLKQSCA
Sbjct: 216 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSNGSIIHGTFPSSSSLEKLKQSCA 275

Query: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300
           DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME
Sbjct: 276 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 335

Query: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 360
           HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM
Sbjct: 336 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 395

Query: 361 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 411
           ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL
Sbjct: 396 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 445

[Close]

BLAST of Cmc04g0107321 vs. NCBI nr
Match: XP_004142032.1 (tRNA-specific adenosine deaminase TAD3 [Cucumis sativus] >KGN48447.1 hypothetical protein Csa_002907 [Cucumis sativus])

HSP 1 Score: 768.1 bits (1982), Expect = 3.9e-218
Identity = 383/410 (93.41%), Postives = 388/410 (94.63%), Query Frame = 0


Query: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60
           MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVR+LNQI PLENLRHVKRVQKKHL
Sbjct: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRQLNQIVPLENLRHVKRVQKKHL 60

Query: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120
           EDGK QIALILC+ASENNCDLDVL PCVQELV S+KLSAFITKVCKEAATTKEEWEEQCK
Sbjct: 61  EDGKIQIALILCLASENNCDLDVLPPCVQELVASHKLSAFITKVCKEAATTKEEWEEQCK 120

Query: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180
           LWPTSYHPP YNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSV QVI
Sbjct: 121 LWPTSYHPPAYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVRQVI 180

Query: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCA 240
           ASACDHHISFENASTSN+NGETSFEK PKSL SHF S  SIIHGTFPSSSSL KLKQSCA
Sbjct: 181 ASACDHHISFENASTSNINGETSFEKCPKSLGSHFDSYESIIHGTFPSSSSLAKLKQSCA 240

Query: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300
           DVSCLYPLRW DQPLPHSSNSCCWHPLRHAAIAAIESSAARD RLFPTLET GDKSVEME
Sbjct: 241 DVSCLYPLRWFDQPLPHSSNSCCWHPLRHAAIAAIESSAARDCRLFPTLETVGDKSVEME 300

Query: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 360
           HM  L KLAKRQKIDLDNAN+ E KVGTDGEGTYSKLGRPYLCT YDIYLVWEPCIMCAM
Sbjct: 301 HMDLLRKLAKRQKIDLDNANNNENKVGTDGEGTYSKLGRPYLCTGYDIYLVWEPCIMCAM 360

Query: 361 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 411
           ALVHQRVRRVFYAF NPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL
Sbjct: 361 ALVHQRVRRVFYAFSNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 410

[Close]

BLAST of Cmc04g0107321 vs. NCBI nr
Match: XP_038891476.1 (tRNA-specific adenosine deaminase TAD3 isoform X1 [Benincasa hispida] >XP_038891477.1 tRNA-specific adenosine deaminase TAD3 isoform X1 [Benincasa hispida])

HSP 1 Score: 737.6 bits (1903), Expect = 5.6e-209
Identity = 365/410 (89.02%), Postives = 381/410 (92.93%), Query Frame = 0


Query: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60
           MSK+IYIPDKLPTPPDQQPTVNVFAAVVEPK+INNLVRRLNQIAPLE LRHVKRVQKK L
Sbjct: 1   MSKVIYIPDKLPTPPDQQPTVNVFAAVVEPKLINNLVRRLNQIAPLEKLRHVKRVQKKQL 60

Query: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120
           EDGKTQIALILC+ASENNC+LDVLSPCVQELVTSYKLS FITKVCKEAATTKEEWEEQCK
Sbjct: 61  EDGKTQIALILCLASENNCNLDVLSPCVQELVTSYKLSTFITKVCKEAATTKEEWEEQCK 120

Query: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180
           LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSS+KSVVNAAVIVDPSV QVI
Sbjct: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSNKSVVNAAVIVDPSVKQVI 180

Query: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCA 240
           ASACDHHIS +NASTSNVNGET F+K  KS+  HF S+GSIIHGT PSSS L+ LKQSC+
Sbjct: 181 ASACDHHISSKNASTSNVNGETIFKKCLKSIGCHFDSNGSIIHGTLPSSSLLKTLKQSCS 240

Query: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300
           DVSCLYPLRWVD PL HSSNSCCWHPLRHAAIAAIESSAARDR LFPTL+T  DKSVEME
Sbjct: 241 DVSCLYPLRWVDLPLLHSSNSCCWHPLRHAAIAAIESSAARDRHLFPTLKTMDDKSVEME 300

Query: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 360
           HMGPLTKLAKRQKIDL+NA  KE+KVG D EGTYSK  RPYLCT YDIYLVWEPCIMCAM
Sbjct: 301 HMGPLTKLAKRQKIDLENAKRKEEKVGIDAEGTYSKSDRPYLCTGYDIYLVWEPCIMCAM 360

Query: 361 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 411
           ALVHQRVRR+FYAFPNPSHGALGS HRLQGE+SLNHHYAVFRVL HED L
Sbjct: 361 ALVHQRVRRIFYAFPNPSHGALGSVHRLQGERSLNHHYAVFRVLFHEDEL 410

[Close]

BLAST of Cmc04g0107321 vs. NCBI nr
Match: XP_016903630.1 (PREDICTED: uncharacterized protein LOC103504115 isoform X3 [Cucumis melo])

HSP 1 Score: 733.0 bits (1891), Expect = 1.4e-207
Identity = 370/410 (90.24%), Postives = 374/410 (91.22%), Query Frame = 0


Query: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60
           MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL
Sbjct: 36  MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 95

Query: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120
           ED               +C                     +T+VCKEAATTKEEWEEQCK
Sbjct: 96  ED---------------DC---------------------VTQVCKEAATTKEEWEEQCK 155

Query: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180
           LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI
Sbjct: 156 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 215

Query: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCA 240
           ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGS+GSIIHGTFPSSSSLEKLKQSCA
Sbjct: 216 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSNGSIIHGTFPSSSSLEKLKQSCA 275

Query: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300
           DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME
Sbjct: 276 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 335

Query: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 360
           HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM
Sbjct: 336 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 395

Query: 361 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 411
           ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL
Sbjct: 396 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 409

[Close]

BLAST of Cmc04g0107321 vs. ExPASy Swiss-Prot
Match: F4KH86 (tRNA-specific adenosine deaminase TAD3 OS=Arabidopsis thaliana OX=3702 GN=TAD3 PE=1 SV=1)

HSP 1 Score: 375.9 bits (964), Expect = 5.7e-103
Identity = 218/417 (52.28%), Postives = 279/417 (66.91%), Query Frame = 0


Query: 3   KIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHLED 62
           +II+IP+K    PD QPTV V+A++++P+  N +VR L +IAPLE+LRHVKRV+KK L D
Sbjct: 7   EIIHIPEKPSLSPDHQPTVKVYASLIKPRFANTIVRHLCKIAPLEDLRHVKRVKKKILPD 66

Query: 63  -GKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCKL 122
            G+TQ+ +ILC+A E+N  L  + P VQ LV  Y+LS FIT+VCK AA +KEEWEEQ K+
Sbjct: 67  CGETQLTVILCLAPEHNDQLSDMPPDVQRLVDPYELSPFITQVCKYAAVSKEEWEEQSKI 126

Query: 123 WPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVIA 182
           WPTS+HPPTYNIDGI GF+E +TQSI  FMR+ I++A S    +VNAAVIVDPSV ++IA
Sbjct: 127 WPTSFHPPTYNIDGIGGFSEEETQSICKFMRVVIDMAVSGHTPLVNAAVIVDPSVRRIIA 186

Query: 183 SACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCAD 242
           S  D     +  ++S     TS E  P      F   G I       + +LEK   S + 
Sbjct: 187 SETD-----QVYASSAPRDMTSAETRP------FEETGEIC-----LNDTLEKQNGSLSA 246

Query: 243 VSCLYPLRWVDQPLPHSSNSCC-WHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 302
           +SCL P +W  Q  PH + +C  WHPLRHA++ AIESS+ARDR LFP       K  + +
Sbjct: 247 LSCLNPWQWSLQ--PHDTENCSQWHPLRHASMVAIESSSARDRNLFP----NPSKIFDQD 306

Query: 303 HMGP--LTKLAKRQKI-----DLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWE 362
           H+ P      AK+QK      D+ N +S+E+ V          + RPYLCT YDI+L+ E
Sbjct: 307 HVPPSNTDSPAKKQKTSSQSPDVQN-DSREETVRD------PSMERPYLCTGYDIFLLLE 366

Query: 363 PCIMCAMALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 411
           PC MCAMALVHQR++R+FYAFPN + G LGS HRLQGEKSLNHHYAVFRVLL +D L
Sbjct: 367 PCTMCAMALVHQRIKRIFYAFPNTTAGGLGSVHRLQGEKSLNHHYAVFRVLLPDDAL 394

[Close]

BLAST of Cmc04g0107321 vs. ExPASy Swiss-Prot
Match: Q8JFW4 (Probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Danio rerio OX=7955 GN=adat3 PE=2 SV=2)

HSP 1 Score: 101.3 bits (251), Expect = 2.7e-20
Identity = 99/394 (25.13%), Postives = 156/394 (39.59%), Query Frame = 0


Query: 25  AAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHLEDGKTQIALILCVASENNCDLDVL 84
           A ++E +  + LV+ L+ I PL NL+H+KRV+    +D    + +I+C+ S+  C  D  
Sbjct: 40  APILERRETSRLVKELSLIHPLPNLQHIKRVRPCKHKDSPHPLEVIVCLVSDVQC-TDPK 99

Query: 85  SPCVQELVTSYKLSA------FITKVCKEAATTKEEWEEQCKLWPTSYHPPTYNIDGITG 144
              +  L+ +   ++      FI ++      T+ ++E+  K WPTS+H        + G
Sbjct: 100 KVTLSHLLHTQCFNSNGLGDPFIVQIPANPPLTRPQFEKASKHWPTSFHEDKLVTFALKG 159

Query: 145 --FNEVDTQSIFGFMRLAIELAQSSSKSVVNA--AVIVDPSVTQVIASACDHHISFENAS 204
             F       +  +M +A++ A+S  +  ++A  AVIVDP   Q+IA A D         
Sbjct: 160 QLFTAHQKTKMREYMCVAVKAAKSGRELGMDAVGAVIVDPKTEQIIAVAHD--------- 219

Query: 205 TSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCADVSCLYPLRWVDQP 264
                            C      GS                                  
Sbjct: 220 -----------------CKR----GS---------------------------------- 279

Query: 265 LPHSSNSCCWHPLRHAAIAAI------ESSAARDRRLFPTLETTGDKSVEMEHMGPLTKL 324
                     HPL HA +  I      +   A +   +P    +   SV           
Sbjct: 280 ----------HPLHHAVMVCIDLVACGQDGGAYNYEKYPACRFSCSNSV----------- 323

Query: 325 AKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAMALVHQRVR 384
                               DG+ T    G PY+CT YD+Y+  EPC+MCAMALVH R+ 
Sbjct: 340 -------------------CDGKET----GLPYICTGYDLYVTREPCVMCAMALVHSRIS 323

Query: 385 RVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFR 403
           RVFY   + + GA GS +++  +K LNH + VF+
Sbjct: 400 RVFYG-ASTADGAFGSRYKIHCQKDLNHRFEVFK 323

[Close]

BLAST of Cmc04g0107321 vs. ExPASy Swiss-Prot
Match: Q96EY9 (Probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Homo sapiens OX=9606 GN=ADAT3 PE=1 SV=1)

HSP 1 Score: 87.4 bits (215), Expect = 4.0e-16
Identity = 40/70 (57.14%), Postives = 48/70 (68.57%), Query Frame = 0


Query: 338 GRPYLCTDYDIYLVWEPCIMCAMALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHH 397
           G PYLCT YD+Y+  EPC MCAMALVH R+ RVFY  P+P  GALG+  R+     LNH 
Sbjct: 274 GLPYLCTGYDLYVTREPCAMCAMALVHARILRVFYGAPSPD-GALGTRFRIHARPDLNHR 333

Query: 398 YAVFRVLLHE 408
           + VFR +L E
Sbjct: 334 FQVFRGVLEE 342

[Close]

BLAST of Cmc04g0107321 vs. ExPASy Swiss-Prot
Match: Q6PAT0 (Probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Mus musculus OX=10090 GN=Adat3 PE=1 SV=1)

HSP 1 Score: 85.9 bits (211), Expect = 1.2e-15
Identity = 37/68 (54.41%), Postives = 49/68 (72.06%), Query Frame = 0


Query: 340 PYLCTDYDIYLVWEPCIMCAMALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYA 399
           PY+CT YD+Y+  EPC+MCAMALVH R++RVFY  P+P  GALG+  R+     LNH + 
Sbjct: 274 PYVCTGYDLYVTREPCVMCAMALVHARIQRVFYGAPSPD-GALGTLFRVHARPDLNHRFQ 333

Query: 400 VFRVLLHE 408
           VFR +L +
Sbjct: 334 VFRGILED 340

[Close]

BLAST of Cmc04g0107321 vs. ExPASy Swiss-Prot
Match: Q561R2 (Probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Rattus norvegicus OX=10116 GN=Adat3 PE=2 SV=1)

HSP 1 Score: 85.9 bits (211), Expect = 1.2e-15
Identity = 37/68 (54.41%), Postives = 49/68 (72.06%), Query Frame = 0


Query: 340 PYLCTDYDIYLVWEPCIMCAMALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYA 399
           PY+CT YD+Y+  EPC+MCAMALVH R++RVFY  P+P  GALG+  R+     LNH + 
Sbjct: 274 PYVCTGYDLYVTREPCVMCAMALVHARIQRVFYGAPSPD-GALGTRFRVHARPDLNHRFQ 333

Query: 400 VFRVLLHE 408
           VFR +L +
Sbjct: 334 VFRGILED 340

[Close]

BLAST of Cmc04g0107321 vs. ExPASy TrEMBL
Match: A0A1S4E5X7 (probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103504115 PE=4 SV=1)

HSP 1 Score: 827.8 bits (2137), Expect = 2.0e-236
Identity = 409/410 (99.76%), Postives = 410/410 (100.00%), Query Frame = 0


Query: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60
           MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL
Sbjct: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60

Query: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120
           EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK
Sbjct: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120

Query: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180
           LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI
Sbjct: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180

Query: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCA 240
           ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGS+GSIIHGTFPSSSSLEKLKQSCA
Sbjct: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSNGSIIHGTFPSSSSLEKLKQSCA 240

Query: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300
           DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME
Sbjct: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300

Query: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 360
           HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM
Sbjct: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 360

Query: 361 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 411
           ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL
Sbjct: 361 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 410

[Close]

BLAST of Cmc04g0107321 vs. ExPASy TrEMBL
Match: A0A1S4E5Y1 (probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103504115 PE=4 SV=1)

HSP 1 Score: 827.8 bits (2137), Expect = 2.0e-236
Identity = 409/410 (99.76%), Postives = 410/410 (100.00%), Query Frame = 0


Query: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60
           MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL
Sbjct: 36  MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 95

Query: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120
           EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK
Sbjct: 96  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 155

Query: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180
           LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI
Sbjct: 156 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 215

Query: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCA 240
           ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGS+GSIIHGTFPSSSSLEKLKQSCA
Sbjct: 216 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSNGSIIHGTFPSSSSLEKLKQSCA 275

Query: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300
           DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME
Sbjct: 276 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 335

Query: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 360
           HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM
Sbjct: 336 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 395

Query: 361 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 411
           ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL
Sbjct: 396 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 445

[Close]

BLAST of Cmc04g0107321 vs. ExPASy TrEMBL
Match: A0A0A0KJ95 (CMP/dCMP-type deaminase domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_6G487680 PE=4 SV=1)

HSP 1 Score: 768.1 bits (1982), Expect = 1.9e-218
Identity = 383/410 (93.41%), Postives = 388/410 (94.63%), Query Frame = 0


Query: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60
           MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVR+LNQI PLENLRHVKRVQKKHL
Sbjct: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRQLNQIVPLENLRHVKRVQKKHL 60

Query: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120
           EDGK QIALILC+ASENNCDLDVL PCVQELV S+KLSAFITKVCKEAATTKEEWEEQCK
Sbjct: 61  EDGKIQIALILCLASENNCDLDVLPPCVQELVASHKLSAFITKVCKEAATTKEEWEEQCK 120

Query: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180
           LWPTSYHPP YNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSV QVI
Sbjct: 121 LWPTSYHPPAYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVRQVI 180

Query: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCA 240
           ASACDHHISFENASTSN+NGETSFEK PKSL SHF S  SIIHGTFPSSSSL KLKQSCA
Sbjct: 181 ASACDHHISFENASTSNINGETSFEKCPKSLGSHFDSYESIIHGTFPSSSSLAKLKQSCA 240

Query: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300
           DVSCLYPLRW DQPLPHSSNSCCWHPLRHAAIAAIESSAARD RLFPTLET GDKSVEME
Sbjct: 241 DVSCLYPLRWFDQPLPHSSNSCCWHPLRHAAIAAIESSAARDCRLFPTLETVGDKSVEME 300

Query: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 360
           HM  L KLAKRQKIDLDNAN+ E KVGTDGEGTYSKLGRPYLCT YDIYLVWEPCIMCAM
Sbjct: 301 HMDLLRKLAKRQKIDLDNANNNENKVGTDGEGTYSKLGRPYLCTGYDIYLVWEPCIMCAM 360

Query: 361 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 411
           ALVHQRVRRVFYAF NPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL
Sbjct: 361 ALVHQRVRRVFYAFSNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 410

[Close]

BLAST of Cmc04g0107321 vs. ExPASy TrEMBL
Match: A0A1S4E6M2 (uncharacterized protein LOC103504115 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103504115 PE=4 SV=1)

HSP 1 Score: 733.0 bits (1891), Expect = 6.7e-208
Identity = 370/410 (90.24%), Postives = 374/410 (91.22%), Query Frame = 0


Query: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60
           MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL
Sbjct: 36  MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 95

Query: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120
           ED               +C                     +T+VCKEAATTKEEWEEQCK
Sbjct: 96  ED---------------DC---------------------VTQVCKEAATTKEEWEEQCK 155

Query: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180
           LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI
Sbjct: 156 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 215

Query: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCA 240
           ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGS+GSIIHGTFPSSSSLEKLKQSCA
Sbjct: 216 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSNGSIIHGTFPSSSSLEKLKQSCA 275

Query: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300
           DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME
Sbjct: 276 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 335

Query: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 360
           HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM
Sbjct: 336 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIMCAM 395

Query: 361 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 411
           ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL
Sbjct: 396 ALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 409

[Close]

BLAST of Cmc04g0107321 vs. ExPASy TrEMBL
Match: A0A1S4E5W3 (probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X4 OS=Cucumis melo OX=3656 GN=LOC103504115 PE=4 SV=1)

HSP 1 Score: 718.8 bits (1854), Expect = 1.3e-203
Identity = 356/357 (99.72%), Postives = 357/357 (100.00%), Query Frame = 0


Query: 1   MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 60
           MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL
Sbjct: 36  MSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHL 95

Query: 61  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 120
           EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK
Sbjct: 96  EDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCK 155

Query: 121 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 180
           LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI
Sbjct: 156 LWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVI 215

Query: 181 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCA 240
           ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGS+GSIIHGTFPSSSSLEKLKQSCA
Sbjct: 216 ASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSNGSIIHGTFPSSSSLEKLKQSCA 275

Query: 241 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 300
           DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME
Sbjct: 276 DVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 335

Query: 301 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIM 358
           HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIM
Sbjct: 336 HMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCIM 392

[Close]

BLAST of Cmc04g0107321 vs. TAIR 10
Match: AT5G24670.1 (Cytidine/deoxycytidylate deaminase family protein )

HSP 1 Score: 375.9 bits (964), Expect = 4.0e-104
Identity = 218/417 (52.28%), Postives = 279/417 (66.91%), Query Frame = 0


Query: 3   KIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHLED 62
           +II+IP+K    PD QPTV V+A++++P+  N +VR L +IAPLE+LRHVKRV+KK L D
Sbjct: 7   EIIHIPEKPSLSPDHQPTVKVYASLIKPRFANTIVRHLCKIAPLEDLRHVKRVKKKILPD 66

Query: 63  -GKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEEQCKL 122
            G+TQ+ +ILC+A E+N  L  + P VQ LV  Y+LS FIT+VCK AA +KEEWEEQ K+
Sbjct: 67  CGETQLTVILCLAPEHNDQLSDMPPDVQRLVDPYELSPFITQVCKYAAVSKEEWEEQSKI 126

Query: 123 WPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVTQVIA 182
           WPTS+HPPTYNIDGI GF+E +TQSI  FMR+ I++A S    +VNAAVIVDPSV ++IA
Sbjct: 127 WPTSFHPPTYNIDGIGGFSEEETQSICKFMRVVIDMAVSGHTPLVNAAVIVDPSVRRIIA 186

Query: 183 SACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQSCAD 242
           S  D     +  ++S     TS E  P      F   G I       + +LEK   S + 
Sbjct: 187 SETD-----QVYASSAPRDMTSAETRP------FEETGEIC-----LNDTLEKQNGSLSA 246

Query: 243 VSCLYPLRWVDQPLPHSSNSCC-WHPLRHAAIAAIESSAARDRRLFPTLETTGDKSVEME 302
           +SCL P +W  Q  PH + +C  WHPLRHA++ AIESS+ARDR LFP       K  + +
Sbjct: 247 LSCLNPWQWSLQ--PHDTENCSQWHPLRHASMVAIESSSARDRNLFP----NPSKIFDQD 306

Query: 303 HMGP--LTKLAKRQKI-----DLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWE 362
           H+ P      AK+QK      D+ N +S+E+ V          + RPYLCT YDI+L+ E
Sbjct: 307 HVPPSNTDSPAKKQKTSSQSPDVQN-DSREETVRD------PSMERPYLCTGYDIFLLLE 366

Query: 363 PCIMCAMALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDVL 411
           PC MCAMALVHQR++R+FYAFPN + G LGS HRLQGEKSLNHHYAVFRVLL +D L
Sbjct: 367 PCTMCAMALVHQRIKRIFYAFPNTTAGGLGSVHRLQGEKSLNHHYAVFRVLLPDDAL 394

[Close]

BLAST of Cmc04g0107321 vs. TAIR 10
Match: AT5G24670.2 (Cytidine/deoxycytidylate deaminase family protein )

HSP 1 Score: 374.4 bits (960), Expect = 1.2e-103
Identity = 218/421 (51.78%), Postives = 279/421 (66.27%), Query Frame = 0


Query: 3   KIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQKKHLED 62
           +II+IP+K    PD QPTV V+A++++P+  N +VR L +IAPLE+LRHVKRV+KK L D
Sbjct: 7   EIIHIPEKPSLSPDHQPTVKVYASLIKPRFANTIVRHLCKIAPLEDLRHVKRVKKKILPD 66

Query: 63  -----GKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWEE 122
                G+TQ+ +ILC+A E+N  L  + P VQ LV  Y+LS FIT+VCK AA +KEEWEE
Sbjct: 67  CAYWTGETQLTVILCLAPEHNDQLSDMPPDVQRLVDPYELSPFITQVCKYAAVSKEEWEE 126

Query: 123 QCKLWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSVT 182
           Q K+WPTS+HPPTYNIDGI GF+E +TQSI  FMR+ I++A S    +VNAAVIVDPSV 
Sbjct: 127 QSKIWPTSFHPPTYNIDGIGGFSEEETQSICKFMRVVIDMAVSGHTPLVNAAVIVDPSVR 186

Query: 183 QVIASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSDGSIIHGTFPSSSSLEKLKQ 242
           ++IAS  D     +  ++S     TS E  P      F   G I       + +LEK   
Sbjct: 187 RIIASETD-----QVYASSAPRDMTSAETRP------FEETGEIC-----LNDTLEKQNG 246

Query: 243 SCADVSCLYPLRWVDQPLPHSSNSCC-WHPLRHAAIAAIESSAARDRRLFPTLETTGDKS 302
           S + +SCL P +W  Q  PH + +C  WHPLRHA++ AIESS+ARDR LFP       K 
Sbjct: 247 SLSALSCLNPWQWSLQ--PHDTENCSQWHPLRHASMVAIESSSARDRNLFP----NPSKI 306

Query: 303 VEMEHMGP--LTKLAKRQKI-----DLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIY 362
            + +H+ P      AK+QK      D+ N +S+E+ V          + RPYLCT YDI+
Sbjct: 307 FDQDHVPPSNTDSPAKKQKTSSQSPDVQN-DSREETVRD------PSMERPYLCTGYDIF 366

Query: 363 LVWEPCIMCAMALVHQRVRRVFYAFPNPSHGALGSAHRLQGEKSLNHHYAVFRVLLHEDV 411
           L+ EPC MCAMALVHQR++R+FYAFPN + G LGS HRLQGEKSLNHHYAVFRVLL +D 
Sbjct: 367 LLLEPCTMCAMALVHQRIKRIFYAFPNTTAGGLGSVHRLQGEKSLNHHYAVFRVLLPDDA 398

The following BLAST results are available for this feature:

BLAST of Cmc04g0107321 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_008466785.1	4.1e-236	99.76	PREDICTED: probable inactive tRNA-specific adenosine deaminase-like protein 3 is...	[more]
XP_016903627.1	4.1e-236	99.76	PREDICTED: probable inactive tRNA-specific adenosine deaminase-like protein 3 is...	[more]
XP_004142032.1	3.9e-218	93.41	tRNA-specific adenosine deaminase TAD3 [Cucumis sativus] >KGN48447.1 hypothetica...	[more]
XP_038891476.1	5.6e-209	89.02	tRNA-specific adenosine deaminase TAD3 isoform X1 [Benincasa hispida] >XP_038891...	[more]
XP_016903630.1	1.4e-207	90.24	PREDICTED: uncharacterized protein LOC103504115 isoform X3 [Cucumis melo]	[more]

BLAST of Cmc04g0107321 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4KH86	5.7e-103	52.28	tRNA-specific adenosine deaminase TAD3 OS=Arabidopsis thaliana OX=3702 GN=TAD3 P...	[more]
Q8JFW4	2.7e-20	25.13	Probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Danio reri...	[more]
Q96EY9	4.0e-16	57.14	Probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Homo sapie...	[more]
Q6PAT0	1.2e-15	54.41	Probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Mus muscul...	[more]
Q561R2	1.2e-15	54.41	Probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Rattus nor...	[more]

BLAST of Cmc04g0107321 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S4E5X7	2.0e-236	99.76	probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X2 OS...	[more]
A0A1S4E5Y1	2.0e-236	99.76	probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 OS...	[more]
A0A0A0KJ95	1.9e-218	93.41	CMP/dCMP-type deaminase domain-containing protein OS=Cucumis sativus OX=3659 GN=...	[more]
A0A1S4E6M2	6.7e-208	90.24	uncharacterized protein LOC103504115 isoform X3 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A1S4E5W3	1.3e-203	99.72	probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X4 OS...	[more]

BLAST of Cmc04g0107321 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G24670.1	4.0e-104	52.28	Cytidine/deoxycytidylate deaminase family protein	[more]
AT5G24670.2	1.2e-103	51.78	Cytidine/deoxycytidylate deaminase family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (Charmono) v1.1
Date Performed: 2022-10-13


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR002125	Cytidine and deoxycytidylate deaminase domain	PFAM	PF00383	dCMP_cyt_deam_1	coord: 150..373 e-value: 1.2E-6 score: 28.4
IPR002125	Cytidine and deoxycytidylate deaminase domain	PROSITE	PS51747	CYT_DCMP_DEAMINASES_2	coord: 262..385 score: 11.275291
None	No IPR available	GENE3D	3.40.140.10	Cytidine Deaminase, domain 2	coord: 139..410 e-value: 1.9E-27 score: 97.9
None	No IPR available	PANTHER	PTHR11079:SF156	INACTIVE TRNA-SPECIFIC ADENOSINE DEAMINASE-LIKE PROTEIN 3-RELATED	coord: 20..406
None	No IPR available	PANTHER	PTHR11079	CYTOSINE DEAMINASE FAMILY MEMBER	coord: 20..406
IPR016193	Cytidine deaminase-like	SUPERFAMILY	53927	Cytidine deaminase-like	coord: 120..408

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
Cmc04g0107321.1	Cmc04g0107321.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006807	nitrogen compound metabolic process
biological_process	GO:0071704	organic substance metabolic process
molecular_function	GO:0052717	tRNA-specific adenosine-34 deaminase activity
molecular_function	GO:0003824	catalytic activity